Galileo church vs Heroes This is an unstable point in history: the intersection of the science and religion at the peak of the Inquisition; this is an era of church rule, people, physicists, life and death, himself or You must choose science. The legendary dilemma of Galileo Galilei and its surroundings is shown in Bertolt Brecht's Galileo. This clearly criticizes the institution under this kind, in this case the Catholic Church. No matter what heroism their behavior is, men are mere men. "Galileo, Science and the Church" by Jerome J. Langford talked about the test of Galileo and the Roman Catholic Church in the 1600s. It is a trial. The church opposed Galileo's view, mainly the theory related to Copernicus astronomy. The main purpose of Langford was to inform the reader of the truth of Galileo's trial, to show that Galileo was finally right in his theory and did not attempt to break the church's beliefs . Galileo is only trying to find out the truth of science and hopes to be called historical scientist. Therefore Galileo was unjustly condemned, ridiculed and sentenced to heretical. Galileo church vs Heroes This is an unstable point in history: the intersection of the science and religion at the peak of the Inquisition; this is an era of church rule, people, physicists, life and death, himself or You must choose science. The legendary dilemma of Galileo Galilei and its surroundings is shown in Bertolt Brecht's Galileo. This clearly criticizes the institution under this kind, in this case the Catholic Church. ... In the history of Galileo and the Catholic Church the history of the Catholic Church, the episodes have not been questioned by many views, such as Galileo's accusations. For many people Galileo's lawsuit proves that the church hates science and refuses to abandon obsolete doctrine, but this is obviously not absolutely right. For Catholics, this episode often causes embarrassment and frustration. In any case, I can not deny that Galileo's life brought about a clear change in the scientific thinking of Europe.

Galileo is not a heresy of Galileo, so in his outstanding theory, accused by the Inquisition, he argues that the Earth is the center of the universe, unlike the church, but his belief in the theory that the universe exists Because he insisted, super - centrally said. Galileo is a man of great wisdom and imagination, living in the era of rule by the Catholic Church, they are trying to control people directly through their version "reality". Everyone who publicly challenges the teaching of the church has the opportunity to be condemned and punished. I am not disappointed. Before I talk about the main premise of this book, however, I will go to another part of the title of my paper, it is "heresy of Galileo". Pinker, like Galileo's heresy thought, experiences similar reactions as he said it in the book, and for the same reason I will discuss Pinker. It is therefore worthwhile to briefly introduce Galileo's case to clarify modern cases. Of course Galileo is an astronomer. The observation of his night sky shows that Copernicus observed observing the sun around the earth around the Earth. Therefore, he published this scientific and factual topic. However, everyday centralism is not only a dry matter of academic concern, it also has profound moral, religious and political implications. It not only doubts some sort of Bible poetry but also denies the moral organization of the universe and the human position within it. The first proposal of heretical Galileo was from professors of the Cagliariidae, Masahiro Nishihiro, such as poet and Greek literature experts, and had to deal with it in 1613. By his former student Benedetto Castelli who protected the spot Galileo: The patron saint of Galileo Cosimo II Dogedici and the mother of Cosimo of Lorraine conversation In Christina, Boscaglia proved that the telescope is effective, but the movements of the earth are obvious The current mathematics professor and Mr. Benedict are going to abandon the Bible. By reporting the exchange to Galileo, Castelli decided that Galileo wrote a letter to Castelli, which he described in detail his opinion that it was the most appropriate course of treatment of its natural phenomena. Later, in 1615, he expanded this to his longer letter to the Grand Duke of the Grand Duke Christina.

If Copernicus, Galileo, and Hamlet imagination are the lives of literature, every new scientific advancement that extends our universe will have a major impact on poets and astronomers. New brothers from the late 16th century to the early 17th century stimulated the essential and personal metaphor of the poet as well as the political change of the same era. Marjorie Nicolson pointed out that in the book "The Circle of the Circle", the solar core system had a great influence on metaphysical poets, especially John Donne. Copernicus had a great impact on Galileo. Copernicus produced sun center theory or solar center theory. This astronomical theory considers the sun to be the stationary center of the universe. And all the planets, including the Earth, rotate around them. The Catholic Church did not support this theory, but Galileo strongly believed that this was the truth and tried to prove it with his newly refurbished telescope. Hans Lippershey is a talented glasses manufacturer. It is not certain whether he has made the original telescope, but he is known for improving its magic. When Galileo Galilei heard about Lippershey 's telescope improvement, he also gained inspiration to improve it. At last he was able to make the telescope 30 times bigger than the original. An Italian scientist named Galileo Galilei preserved Copernicus's idea and with his argument gained strong support from a new invention, the telescope (originally made by Dutch lens manufacturer 1609). He changed Copernicus's original idea from theory to fact (Steinman Drake (2003)). Galileo was the first person to bring this newly invented tool to heaven. Jupiter is one of the brightest celestial bodies in the sky, and even the ancient people noticed that it is different from the other stars, causing Galileo's curiosity about this particular celestial body. In 1610 he definitely wrote a short astronomical thesis star report, "I decided to conclude with the sun as Venus and Mercury, hesitating to make a conclusion, the three stars are around the Jupiter Because it was not an empty movement.. Continue Many observations that determine the clarity of the day Galileo Galilei, a famous astronomer Nicholas Copernicus who placed the sun in the center of the sky in 1543, tried the new technology of the telescope and declared that he believed in white with his help. Knees are right - they are all Catholics - Copernicus is certainly a Catholic pastor. However, the church at the time established the theory that Ptolemy and Aristotle designed in Greece before Christian. It said the sky rotates around the earth. When Galileo began to assert that the Earth is actually revolving around the sun, there was also temporal power in the hierarchy of the Church and participated in the continuation of the political challenge of the rise of Protestantism .

The Galileo project is a source of information on the life and work of Galileo Galilei (1564-1642). Our goal is to provide Galileo's hypertext information and his time science to audiences of all ages and professionals. What you saw here is the starting point - we will add information and keep updating. We recruit our colleagues' opinions in the history of science and comment on how we can improve everyone's project, especially how to make this tool more useful in elementary and secondary education. This project is currently supported by the Department of Computing Vice President of Rice University. Early stages of the project were achieved through funding from the Library Resources Committee to the Fond Drain Library. Galileo positioning system is another EU infrastructure project. Galileo is a proposed satellite navigation system built by the European Union and launched by the European Space Agency (ESA). The Galileo project was started to reduce the dependence of the EU on the US-managed global positioning system, taking into account the aging characteristics of the GPS system. Common agricultural policy (CAP) is one of the long-term policies of the European Community. The goal of this policy is to increase agricultural production, to give certainty to food supply, to guarantee the quality of farmers' living, to stabilize the market, and to guarantee a reasonable price to consumers. Until recently, it has been managed by subsidies and market intervention systems. Until the 1990s, this policy accounted for more than 60% of the current European Community budget at that time, accounting for 34% as of 2013. What? Galileo's inclined plane experiment has changed completely by focusing on acceleration, is this the stage of movement that most of Aristotle and his successors ignored? (Galileo Plan). Did Galileo fundamentally invent the concept of acceleration (Fowler), the rate of change of the speed of a moving object? (Walter 7) Acceleration is an important part of modern physics, and the first thing Galileo replaces on his behalf was when he tried to prove his role as the first contemporary scientist.

Galileo Galilei Galileo was probably the largest astronomer, mathematician, and scientist in his era. Indeed, to this day his research is very important in many scientific progress. Galileo was born on February 15, 1564 in Pisa, Italy. His father, Vincenzo, is a music teacher and musician. After his family moved to Florence, Galilei was sent to the monastery for education. He was very happy there, he decided to become a monk, but his father wanted him to become a doctor and bring him back to Florence. Galileo Galilei Galileo Galilei was born in Pisa on February 18, 1564. His father, Vincenzo Galilei, belonged to a family of aristocrats, and received several awards as musicians and mathematicians. At a very young age Galileo showed his ability to learn mathematics and machine type, but his parents wanted to exclude him from research not promising substantial rewards, so he called him a medical professional . But this does not affect Galileo. - Galileo Galileo Galileo was probably the best astronomer, mathematician, and scientist of his era. Indeed, to this day his research is very important in many scientific progress. Galileo was born on February 15, 1564 in Pisa, Italy. His father, Vincenzo, is a music teacher and musician. After his family moved to Florence, Galilee was sent to the monastery for education. Galileo Galilei was born on February 15, 1564 in Pisa, Italy. Galileo was the first of seven children of a social woman who married under the class, trader Vincenzio Galilei and Giula Ammannati, class. When Galileo was a childhood, his father moved his family to Florence. In order to be a monk, Galileo moved to a nearby monastery, but he left the monastery at the age of fifteen as his father did not approve his son to become a priest. - Galilei and Wallace Heroes or Zeroes Wallace and Galilei; heroes or zero. In Bertolt-Brecht's play "Galileo", the main character Galileo Galilei gave up and headed to the ideal of life. A small monk warned Galileo before revealing his discovery. It could have disastrous consequences for the metaphysical order of society. All the concepts of peasants, working class, religious rights, and the world humanities science will be broken.

Galileo Galilei Galileo Galilei was born in Pisa on 15th February 1564. Sir Galileo is the oldest of his seven brothers and sisters (Hightower 10 - 11). His father is a musician and a merchant of wool ("Galileo Galilei" 1-3 par). As a boy, he likes music and pictures. He was very smart in this era, he made a mechanical toy (Hightower 10 - 11) for his pleasure. His research began at the 11-year-old Jesuit monastery. By the time he was 70, he told his father that he wanted to be a priest. Galileo Galilei Galileo Galilei was born in Pisa on February 18, 1564. His father, Vincenzo Galilei, belonged to a family of aristocrats, and received several awards as musicians and mathematicians. At a very young age Galileo showed his ability to learn mathematics and machine type, but his parents wanted to exclude him from research not promising substantial rewards, so he called him a medical professional . But this does not affect Galileo. - Galileo Galileo Galileo was probably the best astronomer, mathematician, and scientist of his era. Indeed, to this day his research is very important in many scientific progress. Galileo was born on February 15, 1564 in Pisa, Italy. His father, Vincenzo, is a music teacher and musician. After his family moved to Florence, Galilee was sent to the monastery for education. Galileo Galilei was born on February 15, 1564 in Pisa, Italy. Galileo was the first of seven children of a social woman who married under the class, trader Vincenzio Galilei and Giula Ammannati, class. When Galileo was a childhood, his father moved his family to Florence. In order to be a monk, Galileo moved to a nearby monastery, but he left the monastery at the age of fifteen as his father did not approve his son to become a priest. - Galilei and Wallace Heroes or Zeroes Wallace and Galilei; heroes or zero. In Bertolt-Brecht's play "Galileo", the main character Galileo Galilei gave up and headed to the ideal of life. A small monk warned Galileo before revealing his discovery. It could have disastrous consequences for the metaphysical order of society. All the concepts of peasants, working class, religious rights, and the world humanities science will be broken. Galileo Galilei Galileo Galilei is thought to be the central figure of the 17th century scientific revolution. His role in the history of science is very important. He totally changed the way of science and made experiments to try his ideas, he regarded him as the father of experimental science. Galileo was born in Pisa on 15th February 1564 and is the oldest of seven children. His father, Vincenzo Galilei, is a famous composer, singer, and musician.

Galileo Galilei On February 15, 1564, in Pisa, Galileo was brought into the world. His parents rarely know that he changes people's perception of the world. His father, Vincenzo Galilei, studied music and experimented to help him pay for instruments. His mother, Giulia Ammannati, is an excellent housewife who is at home and looks after her children. When he was a child, Galileo was interested in the experiments his father did and he often helped him to experiment. In addition to being famous mathematicians and scientists, Galileo is a pretty good inventor. Galileo Galilei Galileo Galilei was born in Pisa on February 18, 1564. His father, Vincenzo Galilei, belonged to a family of aristocrats, and received several awards as musicians and mathematicians. At a very young age Galileo showed his ability to learn mathematics and machine type, but his parents wanted to exclude him from research not promising substantial rewards, so he called him a medical professional . But this does not affect Galileo. - Galileo Galileo Galileo was probably the best astronomer, mathematician, and scientist of his era. Indeed, to this day his research is very important in many scientific progress. Galileo was born on February 15, 1564 in Pisa, Italy. His father, Vincenzo, is a music teacher and musician. After his family moved to Florence, Galilee was sent to the monastery for education. Galileo Galilei was born on February 15, 1564 in Pisa, Italy. Galileo was the first of seven children of a social woman who married under the class, trader Vincenzio Galilei and Giula Ammannati, class. When Galileo was a childhood, his father moved his family to Florence. In order to be a monk, Galileo moved to a nearby monastery, but he left the monastery at the age of fifteen as his father did not approve his son to become a priest. - Galilei and Wallace Heroes or Zeroes Wallace and Galilei; heroes or zero. In Bertolt-Brecht's play "Galileo", the main character Galileo Galilei gave up and headed to the ideal of life. A small monk warned Galileo before revealing his discovery. It could have disastrous consequences for the metaphysical order of society. All the concepts of peasants, working class, religious rights, and the world humanities science will be broken. Galileo Galilei Galileo Galilei is thought to be the central figure of the 17th century scientific revolution. His role in the history of science is very important. He completely changed the way of science and made experiments to try his ideas. Galileo was born in Pisa on 15th February 1564 and is the oldest of seven children. His father, Vincenzo Galilei, is a famous composer, singer, and musician.

Italian physicists and astronomers, Galileo Galilei, established modern science. He has studied and studied many fields of so-called physical science. Among other technological innovations, one of his most famous discoveries is the change in the sun's worldview around the Earth. Through his study, Galileo found that the earth rotates around the sun and casts doubt on the belief of the Roman Catholic Church that the earth is the center of the universe. He refused to comply with Roman orders to end the argument about his theory and was sentenced to life imprisonment. Galileo Galilei Galileo Galilei was born in Pisa on February 18, 1564. His father, Vincenzo Galilei, belonged to a family of aristocrats, and received several awards as musicians and mathematicians. At a very young age Galileo showed his ability to learn mathematics and machine type, but his parents wanted to exclude him from research not promising substantial rewards, so he called him a medical professional . But this does not affect Galileo. - Galileo Galileo Galileo was probably the best astronomer, mathematician, and scientist of his era. Indeed, to this day his research is very important in many scientific progress. Galileo was born on February 15, 1564 in Pisa, Italy. His father, Vincenzo, is a music teacher and musician. After his family moved to Florence, Galilee was sent to the monastery for education. Galileo Galilei was born on February 15, 1564 in Pisa, Italy. Galileo was the first of seven children of a social woman who married under the class, trader Vincenzio Galilei and Giula Ammannati, class. When Galileo was a childhood, his father moved his family to Florence. In order to be a monk, Galileo moved to a nearby monastery, but he left the monastery at the age of fifteen as his father did not approve his son to become a priest. - Galilei and Wallace Heroes or Zeroes Wallace and Galilei; heroes or zero. In Bertolt-Brecht's play "Galileo", the main character Galileo Galilei gave up and headed to the ideal of life. A small monk warned Galileo before revealing his discovery. It could have disastrous consequences for the metaphysical order of society. All the concepts of peasants, working class, religious rights, and the world humanities science will be broken.

Galileo Galilei was born on 15th February 1564 in Vincenzo Galilei and Giulia degli Ammannati in Pisa, Italy. His father, Vincenzo, is a musician. Galileo is the first of the six children (although some people believe in seven children). His family is not rich, but they are aristocrats. His family moved to Florence in the early 1570s. Galileo never got married, but he had a short relationship with Marina Gamba. He met her on a trip to Venice. She lived with Galileo and gave birth to three children. His two daughters, Virginia and Reveia, were sent to the monastery. Galileo Galilei Galileo was born in Via del Cuore in 1564 by Vincenzo Galileo, a man known for his musicology and Giuli Ammananti. Galileo moved to Florence at the age of ten and at the age of 11 the young Galileo was sent to Vallon Brouza to attend school. At the age of fifteen, Galileo decided to become a priest, but his father gave up his ambition. In the late summer of 1581, Galileo entered the University of Pisa and started a medical course. I am studying the system of Aristotle ... In 1609, Galileo changed spyglass with three powers; Galileo did not invent the first telescope, but his high quality improvement It is well known and very popular. His change helped clarify the idea that the earth and the planet will circle the sun. This powerful telescope also helped astronomers to see the enormous universe at that time and was waiting for countless stars to be discovered ("the first telescope") Galileo Galilei Galileo is a mathematician who became an astronomer. He created a modern telescope based on the original model from Amsterdam. Galileo argued against the fundamental principle of Aristotle's universe, the principle that had been eliminated for centuries as common sense. - Galileo Galilei was one of the greatest astronomers and mathematicians of the 17th century. The support of Copernicus's cosmology against the strong opposition of the Church, the development of the telescope, and his unorthodox view as a scientific philosopher were central concerns of his career. Because he was unable to resist his desire for scientific research, his cruel power to fight for freedom

"Galileo is the man who invented the telescope." This is what most people said when they considered Galileo. However, Galileo did not even invent the telescope; he just improved it, so it can be used in astronomy. Nevertheless, Galileo used it to make many important discoveries about astronomy; many of these findings have helped to prove that the sun is the center of the galaxy. Galileo also made many important contributions to physics; he discovered that the projectile's path is a parabola and that the object did not fall off at a rate proportional to its weight. Galileo Galilei Galileo was born in Via del Cuore in 1564 by Vincenzo Galileo, a man known for his musicology and Giuli Ammananti. Galileo moved to Florence at the age of ten and at the age of 11 the young Galileo was sent to Vallon Brouza to attend school. At the age of fifteen, Galileo decided to become a priest, but his father gave up his ambition. In the late summer of 1581, Galileo entered the University of Pisa and started a medical course. I am studying the system of Aristotle ... In 1609, Galileo changed spyglass with three powers; Galileo did not invent the first telescope, but his high quality improvement It is well known and very popular. His change helped clarify the idea that the earth and the planet will circle the sun. This powerful telescope also helped astronomers to see the enormous universe at that time and was waiting for countless stars to be discovered ("the first telescope") Galileo Galilei Galileo is a mathematician who became an astronomer. He created a modern telescope based on the original model from Amsterdam. Galileo argued against the fundamental principle of Aristotle's universe, the principle that had been eliminated for centuries as common sense. - Galileo Galilei was one of the greatest astronomers and mathematicians of the 17th century. The support of Copernicus's cosmology against the strong opposition of the Church, the development of the telescope, and his unorthodox view as a scientific philosopher were central concerns of his career. Because he was unable to resist his desire for scientific research, his cruel power to fight for freedom In the beginning of the 17th century, Galileo Galileo began making equipment that could change the world of science. Galileo did not invent the telescope, but his refinement made him the user of the most scientifically successful device at the time. However, Galileo does not stop scientific discovery. Three of his fathers successfully recommended the improved tool to Venetian Senator and Cosimo II of the Tuscan Grand Duchy. He is an Italian mathematician, an astronomer, and a philosopher, very supportive of Copernicus, which is the idea that the earth turns around the sun. It was difficult to promote Copernicus as it was a controversial idea at the time. Galileo is the leader of the scientific revolution. He discovered sports science, astronomy and material strength. In his movement, his famous science

Galileo "Galileo spent the last day during the arrest and was officially accused by the church, but from his scientific point of view, Elder Darwin was widely respected by the English Church and buried in the Westminster Abbey Galileo Although we can not prove Copernicus's hypothesis, Darwin can prove the truth of his evolution theory In the Galileo world, the evidence is science, we assume that success is necessary. Galileo Galilei Galileo was born in Via del Cuore in 1564 by Vincenzo Galileo, a man known for his musicology and Giuli Ammananti. Galileo moved to Florence at the age of ten and at the age of 11 the young Galileo was sent to Vallon Brouza to attend school. At the age of fifteen, Galileo decided to become a priest, but his father gave up his ambition. In the late summer of 1581, Galileo entered the University of Pisa and started a medical course. I am studying the system of Aristotle ... In 1609, Galileo changed spyglass with three powers; Galileo did not invent the first telescope, but his high quality improvement It is well known and very popular. His change helped clarify the idea that the earth and the planet will circle the sun. This powerful telescope also helped astronomers to see the enormous universe at that time and was waiting for countless stars to be discovered ("the first telescope") Galileo Galilei Galileo is a mathematician who became an astronomer. He created a modern telescope based on the original model from Amsterdam. Galileo argued against the fundamental principle of Aristotle's universe, the principle that had been eliminated for centuries as common sense. - Galileo Galilei was one of the greatest astronomers and mathematicians of the 17th century. The support of Copernicus's cosmology against the strong opposition of the Church, the development of the telescope, and his unorthodox view as a scientific philosopher were central concerns of his career. Because he was unable to resist his desire for scientific research, his cruel power to fight for freedom

The scientific revolution is one of the greatest eras of the 16th century and its ideals have been proved to be continuing to this day. The wonderful idea of ​​the scientific revolution has brought new concepts and has become much more complicated. Each concept was rooted in a basic foundation. Some of these ideas and foundations are the outside world, ie the universe, planets and stars, movement and physics. Of course, one of the best ideas is Galileo Galilei. He introduced controversial concepts that the Church did not accept, but he believed that they are the truth. Galileo Galilei Galileo was born in Via del Cuore in 1564 by Vincenzo Galileo, a man known for his musicology and Giuli Ammananti. Galileo moved to Florence at the age of ten and at the age of 11 the young Galileo was sent to Vallon Brouza to attend school. At the age of fifteen, Galileo decided to become a priest, but his father gave up his ambition. In the late summer of 1581, Galileo entered the University of Pisa and started a medical course. I am studying the system of Aristotle ... In 1609, Galileo changed spyglass with three powers; Galileo did not invent the first telescope, but his high quality improvement It is well known and very popular. His change helped clarify the idea that the earth and the planet will circle the sun. This powerful telescope also helped astronomers to see the enormous universe at that time and was waiting for countless stars to be discovered ("the first telescope") Galileo Galilei Galileo is a mathematician who became an astronomer. He created a modern telescope based on the original model from Amsterdam. Galileo argued against the fundamental principle of Aristotle's universe, the principle that had been eliminated for centuries as common sense. - Galileo Galilei was one of the greatest astronomers and mathematicians of the 17th century. The support of Copernicus's cosmology against the strong opposition of the Church, the development of the telescope, and his unorthodox view as a scientific philosopher were central concerns of his career. Because he was unable to resist his desire for scientific research, his cruel power to fight for freedom

Galileo: Person who performed the mission In 1632, Galileo Galilei published his book "Dialogue on the two major systems of the world". It seems innocent, but the implications associated with publishing this book will soon become obvious. Before this book was published, Galileo was warned repeatedly not to be published by the Catholic Church. This book is an imaginary dialogue between the three, whose purpose is to discuss the two theories of planetary movement. The theory advocated by Galileo is regarded as heresy by the Church and the publication of this book has been repeatedly said to have disastrous consequences. Galileo Galilei Galileo was born in Via del Cuore in 1564 by Vincenzo Galileo, a man known for his musicology and Giuli Ammananti. Galileo moved to Florence at the age of ten and at the age of 11 the young Galileo was sent to Vallon Brouza to attend school. At the age of fifteen, Galileo decided to become a priest, but his father gave up his ambition. In the late summer of 1581, Galileo entered the University of Pisa and started a medical course. I am studying the system of Aristotle ... In 1609, Galileo changed spyglass with three powers; Galileo did not invent the first telescope, but his high quality improvement It is well known and very popular. His change helped clarify the idea that the earth and the planet will circle the sun. This powerful telescope also helped astronomers to see the enormous universe at that time and was waiting for countless stars to be discovered ("the first telescope") Galileo: Person who performed the mission In 1632, Galileo Galilei published his book "Dialogue on the two major systems of the world". It seems innocent, but the implications associated with publishing this book will soon become obvious. Before this book was published, Galileo was warned repeatedly not to be published by the Catholic Church. This book is an imaginary dialogue between the three, whose purpose is to discuss the two theories of planetary movement. - History of Galileo and the Catholic Church In the history of the Catholic Church, there were no doubts about many views like Galileo's condemnation. For many people Galileo's lawsuit proves that the church hates science and refuses to abandon obsolete doctrine, but this is obviously not absolutely right. For a definitive Catholic, this episode is often the source of embarrassment and frustration.

Scientific Revolution: The scientific revolution of Copernicus and Galileo has brought new and significant changes. It is very different that people started seeing. So far, religion is always a question of pure faith. Individuals can not use experience-based data or reasons to prove or develop religious concepts. People contradictory to the church are considered infidels and punished. At the present time, people believe in the theoretical universe of Ptolemy. The earth is the center and everything surrounds it. In the 17th century, scientific knowledge and the scientific revolution made remarkable progress. The works of Copernicus, Kepler, Galileo abandoned the old concept that the earth is the center of the universe. These findings bring serious challenges to the Bible and religious authorities, Galileo accuses heresy as an example. So the Bible is regarded as authority over faith and moral issues, but it is no longer scientific authority (or means). The mathematical interpretation of gravity in Isaac Newton (1642-1727) explains the behavior of objects on the earth and the sky objects. This promotes the natural world view controlled by natural law. In other words, this will raise the theology of theological creation of the universe, leave it to the field dominated by the laws of nature, and leave the outdoors. During the scientific revolution, scientists such as Galileo, Copernicus, Descartes, Bacon discussed the potential of God, human ability and the possibility to understand the world. Ultimately, the impact of the new scientific discoveries will begin to influence the way people and people think in Europe. Society began to question the authority of traditional knowledge about space. This in turn makes them suspect the national traditional view and the concept of social order. In the scientific revolution, "human thought changes from the medieval world to emphasize the eternal world of God who manages human beings, the universe, and nature and is derived from the understanding of unchanging knowledge and the laws of nature The accepted truth has nothing to do with it. "The scientists changed their perception of the world.

Galileo Galileo Galilei's life and work are considered one of the best mathematicians ever. He changed his life through his own knowledge and made many people wonder. However, not all his works were accepted. Galileo asked the church to bring up an unforgettable controversy. Galileo Galilei was born on February 18, 1564 in Pisa, Italy. He is a member of the Nobel family, the son of Vincenzo Galilei, a musician and mathematician. Galileo had a strong interest in mathematics and mechanics since childhood. The Galileo project is a source of information on the life and work of Galileo Galilei (1564-1642). Our goal is to provide Galileo's hypertext information and his time science to audiences of all ages and professionals. What you have read here is the starting point - we will add information and keep updating. We recruit the opinions of our colleagues in the history of science and comment on how we can improve everyone's project, especially how to make this tool more useful in elementary and secondary education. Galileo's life and work Galileo Galilei is considered one of the best mathematicians ever. He changed his life through his own knowledge and made many people wonder. However, not all his works were accepted. Galileo asked the church to bring up an unforgettable controversy. Galileo Galilei was born on February 18, 1564 in Pisa, Italy. He is a member of the Nobel family, the son of Vincenzo Galilei, a musician and mathematician. Galileo, very young, in his way, Italian philosopher Galileo Galilei succeeded in developing many laws that define and explain how things work. He accepted the laws of other people and examined them He faced a family challenge and church troubles, but he told him to prevent doing all he did in his life I did not allow you to accept test conditions. . Galileo is known as the father of contemporary astronomy. Galileo di Vincenzo Bonauto de Galilei

Renaissance is a period in our history, and many new discoveries and ideas have emerged. The Renaissance is said to have been done in Italy and parts of Europe in the 15th and 16th centuries. As we know today, this period is an important period of human intellectual development and is essential to shape our world. The Renaissance was mainly caused by two related events. One is the collapse of Constantinople and the proliferation of ancient documents available to European scholars. These two clues make it possible for many scholars to gain knowledge from the ancient text that they did not have access. Galileo Galilei Galileo Galilei was one of the most influential figures of the Renaissance. He is a mathematician, physicist, astronomer, inventor, and philosopher. He integrated the independent science into mathematics and physics and integrated them. The opinion of the general public at the time was Aristotle's theory that the earth is the center of the universe. Galileo opposed this common view and declared the world to the world that the earth is not central. This concept considers that human beings are not the center but a small spot of the infinite universe, which fears many religious leaders. Galileo Galilei is one of Renaissance's most influential astronomers, a scientist, a mathematician, and an astrologer, known for pioneering observations on nature, physics and astronomy. Galileo, known for his beautiful work, was born on February 15, 1564 in Pisa, Italy. His father, Vencienzo Galilei, is a great musician and composer. In 1574, his family moved to the Renaissance in Florence, Italy, to attend the Vallon Brouza Monastery. After going to the monastery, he began studying medicine at Pisa University in 1581. During his study, his interest in energy and movement became more prominent in his life. And it urged him to learn important geometry and mathematical concepts. Galileo Galilei was born on February 15, 1564 in Pisa the capital of Florence, Italy. He is an Italian scholar. Galileo is the central figure of the Renaissance to modern science and the natural philosophy of science, and the scientific revolution. Galileo is known for his work as astronomer, physicist and mathematician. He is also known as "father observing astronomy", "father of science", "father of modern physics". He passed away in Italy's Arceletri on January 8, 1642. Read Galileo Galilei quotation Galileo Galilei: A famous Italian scholar, also known as the world's most famous physicist, astronomer, engineer, philosopher and mathematician, Galileo Galilei was born on 15th February 1564. He is a major player of the scientific revolution - the emergence of modern science and the largest astronomer in science history. Marie Sklodowska Curie: Born in Poland from 1867 until 7 November 1934, Marie Curie is the world's first woman who won the Nobel prize. She is the world's leading French chemist who is in charge of radiation research. Mrs Curie is the only genius in the world and has won the Nobel Prize in two different sciences, physics and chemistry.

The trial of Galileo is a major event in the history of science. We now know that the Roman Catholic Church recognizes that Galileo's view is correct. What is the argument between the two sides on the problem being developed? Search trial online documents and discuss opposition to Galileo litigation during the trial. Make sure to refer to network resources accurately. Your post is about 2 paragraphs and it must be very concise. Finally, is your opinion likely to receive a similar trial in today's civilization? Support your position Although the faith of Galileo was done against the practice of Catholics, his work showed evidence of "the heart of Copernicus". But the Catholic Church does not agree with the day psychological theory that it is against the Bible 's statement. If God created humanity as his best creation, he will put a person in the center of his universe. (At that time, more literal biblical interpretation was common among the ancestors of the Church, especially in the order of the Dominican Republic, the coordinator of the Inquisition) 2 But true power is in the church, Galileo's claim is most intense at the religious level. Cardinal Robert Bellamin argued that Galileo provided more evidence to prove him new theory before being allowed to teach them that it is the truth or the truth. These ideas should only be taught as assumptions before summarizing the evidence. Pope Gregory XV died in 1623, Galileo's close friend Mafi Barberini became Pope Urban VIII. As long as he did not publicly support his theory, the new pope gave Galileo an ambiguous license to ignore the ban and write a book about his view. Galileo agreed to write his masterpiece "Dialogue on the two major systems of the world" prepared. Galileo emphasizes mathematical discussion rather than experimental or physical proof. In addition, Galileo's trial took place during the 30-year war and entered a critical phase in the Galileo trial in 1632. The trial may be a reaction to the political pressure of the Spanish papacy city. (Other) By attacking Galileo, the pope can be regarded as a more conservative element, and he is not radical. Probably this is also a hidden way to put political pressure on Galileo's customers, so wealthy and powerful Medici family will not be a war choice. In 1624 Galileo went to Rome and accepted six interviews with Urban VIII. Galileo told the pope his tide theory (early development), which suggested that he suggested that it was evidence of the Earth Year of the tide and the movement of the day and night. Although the Pope made it possible for Galileo to write a book on the theory of the universe, he warned that he could handle only Copernic's theory hypothetically. In a dialogue between Salviati (on behalf of Galileo), Sagredo (smart layman) and Simplicio (Aristotle dyed wool), Galileo gathered all the arguments (primarily based on his own telescope). Copernicus's theory is opposed to traditional Earth-centered cosmology In 1616, Galileo visited Rome and met Bellamin. Here, the story is confusing. Bellamin explained that Galileo can use Heliocentric theory as a theoretical teaching, but that is not a fact, he should teach arguments against that theory. Later on, both parties suspected that the un-signed document stated that Bellamin is prohibiting the official teaching of Galileo and writing articles on the theory. This document will serve as evidence of the more famous trial of Galileo in 1632. In any case, Galileo will agree to stop teaching the theory of Copernicus as a fact and will not write it down from such a position.

Galileo was not blame for his own excellent theory but was condemned by the Inquisition, but he insisted on the belief of Copernica theory that the earth is not the center of the universe as the Church insists, but on the contrary the universe It is a day. With hearts as the center. . Galileo is a man with great wisdom and imagination, living in the Catholic church era. Everyone who publicly disputes Churchism has the opportunity to blame and punish. If humans can think, then humans will wonder that the church may lose authority over the masses. When in the 17th century ... displayed more content, it was unbearable. The focus of discussion at this dinner was in the floating body. Galileo argues that the body can float only when the specific gravity is less than the proportion of water. However, among the dinner guests are the followers of Aristotle's philosophers. They believe that if they are large and smooth, they can not block the resistance of water as the body floats. Floating bodies are Galileo's particularly knowledgeable topics. Because he was always interested in this subject. Because he read Archimedes when he was a student. He was able to support his view very well, including Melanie Cardinal Barberini, an honorary guest. Years later, Cardinal Barberini became Pope City 8 and relied on to oppose Galileo, but at that moment he and other people are in harmony and praise the dialectic of Galileo in good faith . In order to please the Cardinal, probably Dagong asked Galileo to write his argument to it, he did. The result is a discourse of Sharp and sarcastic wit by floating body Galileo makes him particularly suitable for discussion and debate, and he will have more in the coming years. Some of them led to famous paintings which enhanced his permanent glory; many opposed people in his era and changed many of them I am not disappointed. But before I explain the main premise of this book, I will enter another part of my topic "Galileo's heresy". Since the idea discussed by Galileo's heresy and Pinker encountered similar reactions, and for the same reason, Pinker referred to it in the book. It is therefore worthwhile to briefly introduce Galileo's case to clarify modern cases. Of course Galileo is an astronomer. His observations in the night sky show that Copernicus observed the Earth revolving around the sun. Therefore, he published this scientific and factual topic. However, the daily centralism is not only a dry matter of academic concern, it also has deep moral, religious and political implications. It not only disputes some Biblical poetry, it also denies the moral organization of the universe and the human position within it. In 1615, after Galileo issued the letter, he was accused of being a heretic and wrote a letter about the model of the universe heliocentric according to Joshua 10 (the famous passage of the god who blocks the sun into the sky) . Galileo appealed to St. Augustine, when St. Augustine literally interpreted the Bible, he wrote articles on the balance of astronomy and the Bible. This is a good way to study Bible, but when I was disturbed by personal interpretation of the Bible (Martin Luther started his revolution a century ago), people are cautious about Galileo's view It was. The response of Galileo supporters, in particular Robert Bellarmine, is to warn Galileo to teach scientific theory as a theory rather than a scientific fact. In 1633, an Italian astronomer and physicist, Galileo Galilei, was summoned to Rome by a heretical hearing officer suspected as a heretic. This may seem surreal, but the church is dissatisfied with the results of Galileo's presentation. It proves that the earth rotates around the sun. Based on years of scientific research and astronomical observation, Galileo's work was immediately criticized by the Catholic Church as opposed to the established doctrine. The earth, not the sun, is considered the true center of the universe.

Galileo and the Bible religion and science are always inconsistent works. Religion based on faith depends on supernatural things to explain life and existence. On the other hand, science can not do this. Scientists need to eliminate the possibility of unexplainable to maintain and manage the population used to measure other groups. What I can not explain is a common miracle for all supernatural religions. When the church is in that country, Galileo lives in the era. Everyone who opposes this land will be despised according to the words of the Bible. Supporters of modern scientific worldview may tend to believe that Galileo exceeds the idea of ​​using the Bible to refer to the truth, Galileo, Bellamy and the Bible tell us. It should be noted that Galileo only mentioned the Bible to debate that it should be modified to adapt to his theory, but this part is not part of Galileo's actual observation of religion in his observations It is considered to be a serious factor. In chapter 3, in the first trial in 1616, we can understand the essence of Galileo 's view of the Bible by deception toward Galileo' s teaching of the Bible. In addition, Blackwell explained that his detour was a necessary step for the discussion presented to him during his time. Trial version Galileo and the Bible religion and science are always inconsistent works. Religion based on faith depends on supernatural things to explain life and existence. On the other hand, science can not do this. Scientists need to eliminate the possibility of unexplainable to maintain and manage the population used to measure other groups. What I can not explain is a common miracle for all supernatural religions. Galileo lives in a time when the church is in that country .... Galileo's Galileo trial is a major event in science history. We now know that the Roman Catholic Church recognizes that Galileo's view is correct. What is the argument between the two sides on the problem being developed? Search trial online documents and discuss opposition to Galileo's litigation during the trial. Make sure to refer to the network resources accurately. Your post In Galileo 's trial, the Roman Catholic Church was the largest Christian church in Western civilization. Morality includes reimbursement. The Catholic Church is guided by the Church Godfather, which provides a means of eternal redemption. Catholics who do not renounce Catholics endanger their souls. Protestant is the enemy of Galileo, which is derived from the conversion of the Catholic Church. Because it deprives of their true ideals.

Galileo Galilei is an Italian scientist who developed the basic law of a fallen body and has verified this by careful measurement. He made a telescope to study the lunar crater and found four satellites that orbiting Jupiter and supporting the cause of Copernicus. Summary of the main points: Before Galileo's research results came out, the church believed in the geocentric model introduced by Claudius Ptolemy. However, Nicolaus Copernicus suggested that the discovery of Jupiter's moon and Venus's stage by Galileo supports the sun-centered model. It takes a long time for Galileo's contribution to be recognized, but you can better understand how the solar system functions. Other findings based on contributions of astronomers: The use of the Galileo telescope to observe the heavens also observes the dark spots of the sun called the sunspot, which he considers as "the ring of Saturn in the ear" It made it possible. The surface is covered with crater (Moché, 2009) There is evidence during the last two centuries that Galileo discovered Neptune before officially discovering satellites and modern telescopes (Redd, 2013). Galileo Galilei Galileo was born in Vincenzo Galileo of Via del Cuore in Pisa in 1564. He is a man known for his musicology and Giuli Ammananti. Galileo moved to Florence at the age of ten and young Galileo at the age of 11 was sent to Vallon Brouza to attend school. At the age of fifteen, Galileo decided to become a priest, but his father gave up his ambition. Late summer of 1581, Galileo entered the University of Pisa and started a medical course. I am studying the system of Aristotle ... In 1609, Galileo remodeled the three-piece spy glass, but Galileo did not invent the first telescope, but his high-quality remodeling is well-known It was very popular. His change helps clarify the idea that the earth and the planet will circle the sun instead of the opposite. This powerful telescope also helped astronomers to see the huge universe at that time and was waiting for countless stars to be discovered ("the first telescope")

Galileo Galilei Galileo was born in Via del Cuore in 1564 by Vincenzo Galileo, a man known for his musicology and Giuli Ammananti. Galileo moved to Florence at the age of ten and at the age of 11 the young Galileo was sent to Vallon Brouza to attend school. At the age of fifteen, Galileo decided to become a priest, but his father gave up his ambition. In the late summer of 1581, Galileo entered the University of Pisa and started a medical course. Galileo became increasingly skeptical by studying the Aristotle system which represents a heavy object from a high place. Galileo Galilei Galileo Galilei was born in Pisa on February 18, 1564. His father, Vincenzo Galilei, belonged to a family of aristocrats, and received several awards as musicians and mathematicians. At a very young age Galileo showed his ability to learn mathematics and machine type, but his parents wanted to exclude him from research not promising substantial rewards, so he called him a medical professional . But this does not affect Galileo. - Galileo Galileo Galileo was probably the best astronomer, mathematician, and scientist of his era. Indeed, to this day his research is very important in many scientific progress. Galileo was born on February 15, 1564 in Pisa, Italy. His father, Vincenzo, is a music teacher and musician. After his family moved to Florence, Galilee was sent to the monastery for education. Galileo Galilei was born on February 15, 1564 in Pisa, Italy. Galileo was the first of seven children of a social woman who married under the class, trader Vincenzio Galilei and Giula Ammannati, class. When Galileo was a childhood, his father moved his family to Florence. In order to be a monk, Galileo moved to a nearby monastery, but he left the monastery at the age of fifteen as his father did not approve his son to become a priest. - Galilei and Wallace Heroes or Zeroes Wallace and Galilei; heroes or zero. In Bertolt-Brecht's play "Galileo", the main character Galileo Galilei gave up and headed to the ideal of life. A small monk warned Galileo before revealing his discovery. It could have disastrous consequences for the metaphysical order of society. All the concepts of peasants, working class, religious rights, and the world humanities science will be broken. Galileo Galilei Galileo Galilei is thought to be the central figure of the 17th century scientific revolution. His role in the history of science is very important. He completely changed the way of science and made experiments to try his ideas. Galileo was born in Pisa on 15th February 1564 and is the oldest of seven children. His father, Vincenzo Galilei, is a famous composer, singer, and musician.

Galileo Galilei is an Italian physicist and astronomer. He was born in Pisa on 15th February 1564. Galileo's father, Vincenzo Galilei, is a famous musician. Vincenzo decided to make his son a doctor In 1581, Galileo was sent to Pisa University for medical research. As a college student, Galileo learned that he has mathematical talent. He was able to persuade his father to let him leave the university and become a mathematical tutor. Later he became a professor of mathematics. In 1609, Galileo talked about the invention of the telescope. Galileo improved his telescope and used his mathematical knowledge and technical skills to make a telescope. In the second half of that year, he observed the moon through a telescope and became the first person to discover astronomy for the first time. He discovered that the moon is not smooth, mountains and oth holes - like the Earth! Then he went around Jupiter, studied Saturn, observed the stage of Venus, and used his newly invented telescope to discover the four satellites that studied the sunspot. Galileo's observation reinforces his beliefs about Copernicus's theory that the earth and all other planets orbit the sun. Most people in the Galileo era thought that the earth is the center of the universe and that the sun and the planet orbits around it. The Catholic Church was very powerful and influential in the Galileo era and strongly supported the theory of the universe at the center of the earth or the center of the earth. After Galileo began publishing papers on his astronomical discoveries and his beliefs into the sun or the solar center universe, he responded to his claim against him by the Inquisitor (Catholic Church legal body) in Rome It was called. In the beginning of 1616 Galileo was accused of being a heathen, a person who opposed the teaching of the church. Hentai is a crime where people are sometimes sentenced to death. Galileo was not suspected of being heresy, but he told me that he should not publicly show that he believes the Earth is moving around the sun. Galileo continued his research on astronomy and believed that all the more and more planets would orbit the sun. In 1632, Copernicus's Heli-Centric theory published the correct book. Galileo was summoned again before the Inquisition and this time he was convicted of a heretic crime. Galileo was sentenced to life imprisonment in 1633. For his poor age and health, he was allowed to declare his sentence during house arrest. Galileo died on January 8, 1642 The StarChild website is a service of the High Energy Astrophysics Archive Research Center (HEASARC) and Dr. Alan Smale (Director) in NASA / GSFC Astrophysics Department (ASD). Galileo Galilei Galileo Galilei was born in Pisa on February 18, 1564. His father, Vincenzo Galilei, belongs to aristocracy and has won numerous awards as musicians and mathematicians. At a very young age Galileo showed the ability to learn mathematics and machine types but his parents wanted to exclude him from research not promising a real return, so led him to a medical profession . But this does not affect Galileo. - Galileo Galilei Galileo was probably the greatest astronomer, mathematician, and scientist in his era. Indeed, to this day his research is very important in many scientific progress. Galileo was born on February 15, 1564 in Pisa, Italy. His father, Vincenzo, is a music teacher and musician. After his family moved to Florence, Galilee was sent to the monastery for education. Galileo Galilei was born on February 15, 1564 in Pisa, Italy. Galileo was the first of seven children of a social woman who got married under the class, trader Vincenzio Galilei and Giula Ammannati, class. When Galileo was a childhood, his father moved his family to Florence. In order to become a monk, Galileo moved to a nearby monastery, but he left the monastery at the age of fifteen, as his father did not approve his son to become a priest. - Galilei and Wallace Heroes or Zeroes Wallace an

European studies of the 17th century were dominated by two powerful powers: the Roman Catholic church led by the Pope and the ancient philosophy led by Greek philosopher Aristotle's thought. The church has an overwhelming influence on the lives of most Europeans. During the Galileo era, one of the twelve people who lived in Rome was a pastor or a nun 1 Church prohibits all teachings deviating from the teachings of the Bible. In order to carry out this control, the church founded the Inquisition. On 17th July 2013, Galileo sent a letter to the letter of the Duchess of Christina in Tuscany written by Galileo Galiley in 1615. Galileo was an Italian scientist who began discovering new discoveries in heaven in 1609. He found lots of things that did not fit. Church teaching Letters from Christina 's Grand Duchess of Tuscany were written by Galileo. Because he criticizes the Heliocentric theory created by the Galileo Galilei Institute of Duchess of Christina. Italian physicists were born in Pisa on 15th February 1564 (see Appendix B). He is the first of seven children. Galileo was educated by Mentor and his father who is a nobleman known for his musicology. At the age of eleven he was sent to a local monastery where he learned music like Greek, Latin, religious, and other nobility children. According to his father 's wishes, he continued to receive education and went to the university medical department at the age of 17. Galileo Galilei Galileo was born in Via del Cuore in 1564 by Vincenzo Galileo, a man known for his musicology and Giuli Ammananti. Galileo moved to Florence at the age of ten and at the age of 11 the young Galileo was sent to Vallon Brouza to attend school. At the age of fifteen, Galileo decided to become a priest, but his father gave up his ambition. In the late summer of 1581, Galileo entered the University of Pisa and started a medical course. I am studying the system of Aristotle ... In 1609, Galileo changed spyglass with three powers; Galileo did not invent the first telescope, but his high quality improvement It is well known and very popular. His change helped clarify the idea that the earth and the planet will circle the sun. This powerful telescope also helped astronomers to see the enormous universe at that time and was waiting for countless stars to be discovered ("the first telescope")

Galileo's trial at Galileo is a major event in science history. We now know that the Roman Catholic Church recognizes that Galileo's view is correct. What is the argument between the two sides on the problem being developed? Search trial online documents and discuss opposition to Galileo's litigation during the trial. Please be sure to quote your network source accurately. Your post is about two paragraphs and it must be very concise. In Galileo 's trial, the Roman Catholic Church was the largest Christian church in Western civilization. Morality includes reimbursement. The Catholic Church is guided by the Church Godfather, which provides a means of eternal redemption. Catholics who do not renounce Catholics endanger their souls. Protestant is the enemy of Galileo, which is derived from the conversion of the Catholic Church. Because it deprives of their true ideals. The representative of the conflict between science and the church is Galileo's attempt. He published a book that supports scientific ideas for the idea of ​​the Church, more specifically the idea that the planet will circle the sun. In 1633 Galileo was questioned by Roman Catholic Inquisition officer for 18 days in Rome and tried to persuade him. After all, Galileo acknowledged the creation of the Copernicus case, in fact Copernicus believes that the sun is the center of the universe and is too strong, and proposed a theory for the helioscentric system. Pope City VII declared that Galileo's claim would not be fun and Galileo would be imprisoned indefinitely. Galileo was arrested on April 12, 1633. He has many medical complications until he died in 1642 and despite the decline in health, he is still under house arrest Galileo Galilei (1564-1642) was established based on the work of Copernicus. Galileo, who strongly believed in the Heliocentric model, was placed in house arrest for most of the time after a long trial in Rome. He is called a heathen because he believes that the sun, not the earth, is the center of the movement of the universe. In recent years, the church admits that the handling of the Galilean incident is regrettable. In 1610, Galileo announced Starry Messenger, reporting the differences between the four Jupiter satellites he discovered, the moon roughness, invisible stars, and the appearance of the planets and stars. He also released findings on all aspects of Venus and wrote articles about the tide. Galileo's theory believes that the tide is caused by shaking of the seawater at a certain point on the surface of the earth, due to the rotation of the earth it accelerates to a certain time of the day.

Galileo believes that the material world has its limits. He said that all material things have "this or its shape" and are smaller or larger than the others. He also stated that physical objects are moving or stationary, regardless of whether they are in contact with other objects, and are either one or many. The core attribute of the physical world is mathematical and has been strengthened through experiments. When describing the world of matter, Galileo excludes taste, aroma, color, and other attributes. Sir Hawking was born before he was born. Hello! chaos? Yes, some people call it "the soul of God" from Copernicus to Galileo, from Galileo to Newton, from Newton to Einstein, from Einstein to Hawking. The same soul continues to progress for centuries, unraveling the mystery beyond the ability of ordinary people. So, if it starts with God and God has not begun, yes, "Time has not begun" Steven Hawking was diagnosed as amyotrophic lateral sclerosis (ALS) at 21 years of age A neurological doctor insists that his life will not exceed two years. He is very scared. He is closed. He lost his voice and was jealous. He was very numb and naturally thrown into the dark. But he must live and illuminate the world. How can "God soul" leave him so soon? The two core figures of modern times were Galileo Galilei and Isaac Newton. His dynamics, in particular the last statement of Galileo about the falling body, is his two new science (1638). Newton's 1687 Philosophia Naturalis Principia Mathematica provides a detailed mathematical mathematical description that uses the newly developed calculus mathematics and provides the basis for Newtonian dynamics. Newton's Principia is indeed a groundbreaking research and has great influence, but among them, system mathematics has not developed and can not be explained before. However, the early researcher Galileo and the lesser-known medieval predecessor of the time developed and developed many ideas on inertia (thrust) and falling objects. The most surprising thing about me is that Galileo and Newton's equation is its accuracy. In Galileo the distance is exactly equal to the square of time multiplied by 16 and in Newton the attraction between any two objects is exactly equal to the square of the distance between them. This accuracy is common in realistic mathematical descriptions. For example, Einstein found, for example, that the energy in a pebble is the mass of a pebble multiplied by the square of the speed of light, ie E = mc 2.

Galileo Galileo is a teacher, astronomer, philosopher and physicist, and is considered an important part of the scientific revolution. With all the pictures and notes he has created, he is known as the father of modern astronomy, the father of modern physics, and the father of science. Galileo's experiment is an aggressive process involving examining the causal relationship between variables. His research on scientific experiments will soon become a cornerstone to unravel the secrets of nature and the universe. Father of modern science, Galileo Galilei died in Arccly, near Florence on January 8, 1642. Although Galileo has made a number of precious scientific contributions, his main contribution is the foundation of his physics in accurate measurements. His two books, "Starry Messenger" and "Dialogue" opened many doors to astronomy. Galileo's trial by the Inquisition insisted on him as a rebellious astronomer, laughed at the Bible and gained inspiration from the blind man of the Church. However, Galileo has never been tortured or banished from the church, but he is still a faithful Catholic still. As Davasobel pointed out in her book, "Galileo has worked to eliminate restrictions on scientific exploration through philosophical and theological intervention beyond science." Galileo Galilei Galileo Galilei is thought to be the central figure of the 17th century scientific revolution. His role in the history of science is very important. He totally changed the way of science and made experiments to try his ideas, he regarded him as the father of experimental science. Galileo was born in Pisa on 15th February 1564 and is the oldest of seven children. His father, Vincenzo Galilei, is a famous composer, singer, and musician.

Master of Science in Galileo Galileo is considered one of the most famous scientists of his era; he is a teacher, astronomer, philosopher and so on who were considered as major contributors to science during the scientific revolution I am a physicist. With all the drawings and notes he has created, he is known as the father of modern science. Galileo's experiment is an aggressive process involving examining the causal relationship between variables. His research on scientific experiments will soon become a cornerstone to unravel the secrets of nature and the universe. Galileo Galilei Galileo Galilei is thought to be the central figure of the 17th century scientific revolution. His role in the history of science is very important. He completely changed the way of science and made experiments to try his ideas. Galileo was born in Pisa on 15th February 1564 and is the oldest of seven children. His father, Vincenzo Galilei, is a famous composer, singer, and musician. Master of Science in Galileo Galileo is considered one of the most famous scientists of his era; he is a teacher, astronomer, philosopher and so on who were considered as major contributors to science during the scientific revolution I am a physicist. With all the drawings and notes he has created, he is known as the father of modern science. Galileo's experiment is an aggressive process involving examining the causal relationship between variables. - Galileo's trial Galileo's trial is a major event in science history. We now know that the Roman Catholic Church recognizes that Galileo's view is correct. What is the argument between the two sides on the problem being developed? Search trial online documents and discuss opposition to Galileo's litigation during the trial. Make sure to quote your network source accurately "Galileo, Science and the Church" by Jerome J. Langford talked about the test of Galileo and the Roman Catholic Church in the 1600s. It is a trial. The church opposed Galileo's view, mainly the theory related to Copernicus astronomy. The main purpose of Langford was to inform the reader of the truth of Galileo's trial, to show that Galileo was finally right in his theory and did not attempt to break the church's beliefs . Galileo is only trying to find out the truth of science and hopes to be called historical scientist. Therefore Galileo was unjustly condemned, ridiculed and sentenced to heretical.

Galileo Galilei was born on February 15, 1564 near the musician's son Pisa. He began studying medicine at the University of Pisa, but later changed to philosophy and mathematics. In 1589 he became a mathematical professor in Pisa. In 1592 he became a professor of mathematics at Padua University until 1610. During this time he participated in various experiments including fall speed, dynamics and pendulum of various objects. In 1609, Galileo heard that the Netherlands invented the telescope. Even without looking at an example, he made an excellent version and produced many astronomical discoveries. These include the mountains and valleys of the surface of the moon, the sunspots, the four largest moons of the planet Jupiter, and the phases of the planets of Venus. His astronomy work made him famous and was appointed a court mathematician in Florence. In 1614 Galileo was condemned as a heretic because he supported Copernicus's theory that the sun is at the center of the solar system. This is revolutionary when most people think that the earth is in this central position. In 1616, he was forbidden to teach and support these theories. In 1632, he announced "dialogue on the two major world systems", he was condemned again for a heresy. This is an argument in the form of discussion between the two who support and oppose Copernicus's theory. Galileo was summoned to appear before Roman Inquisition officer. He was convicted, sentenced to life imprisonment, and then forcibly housed under permanent arrest at Arceletri in southern Florence. He was also obliged to publicly withdraw support for Copernicus' theory. He is blind now but he continues to write. In 1638, with his view on Galileo's law of motion and the principle of dynamics, his "Discussion on Two New Sciences" was announced. Galileo passed away in Arcelli on January 8, 1642 Italian astronomer and physicist Galileo Galilei (1564-1642) is the first scientist who used a newly invented telescope for celestial recording and observation. In the abundant career, the discovery of Galileo including the phase of satellites orbiting Venus and Jupiter has given a fatal blow to the theory of Earth-centered theory. British physicist and mathematician Sir Isaac Newton (1642-1727) developed the laws of motion and gravity in the 17th century and showed the beginnings of Newtonian physics and modern astrophysics. In addition to developing calculus, Newton has made significant progress in understanding light and optics that are important for the development of astronomy. Philosophiae Naturalis Principia Mathematica (mathematical principle of natural philosophy), Newton's pioneering research in 1687, dominated the field of intelligents in the Western side for more than two centuries and proved the driving force for progress in astrophysical mechanics. Great thinkers, Galileo Galilei (1564-1642), Rene Descartes (1596-1650), Sir Isaac Newton (1642-1727) are the main examples of human rationality and the conflict between Catholic churches. Given their ongoing importance and the suspicious influence of these thinkers, we think that it is important to ask. The use of human reasons to understand the existence of the universe and human existence precedes Galileo, Descartes and Newton. Italian astronomer and mathematician Galileo Galilei (1564-1642) used a telescope to support the Copernicus heliocentric theory. His findings challenged established scientific and religious ideas. Galileo is an important contributor to the development of scientific methods used by modern scientists. Genghis Khan (1162 - 1227) recovered from poverty and tied the war of the tribe of Mongolia. He imposed discipline and loyalty and then began to build an army that became the Mongol empire conquering the vast area of ​​Central Asia and China. He is known for its violence and generosity. The Mongol empire lasted long after his death in military operations. His descendants joined the empire until it became the w

Galileo Galilei was born on February 15, 1564 in Pisa, Italy. He was named after the ancestor Galileo Bonaiuti (doctor, professor, politician). His parents are Giulia Ammannati and famous singer, composer and music theorist Vincenzo Galilei. He is the first of the six children, and three of his five brothers survived in childhood. He began his education at the age of 8 at Camaldolese Abbey in Vallombrosa, which is closely related to Christian faith. Galileo Galilei Galileo Galilei was born in Pisa on February 18, 1564. His father, Vincenzo Galilei, belonged to a family of aristocrats, and received several awards as musicians and mathematicians. At a very young age Galileo showed his ability to learn mathematics and machine type, but his parents wanted to exclude him from research not promising substantial rewards, so he called him a medical professional . But this does not affect Galileo. - Galileo Galileo Galileo was probably the best astronomer, mathematician, and scientist of his era. Indeed, to this day his research is very important in many scientific progress. Galileo was born on February 15, 1564 in Pisa, Italy. His father, Vincenzo, is a music teacher and musician. After his family moved to Florence, Galilee was sent to the monastery for education. Galileo Galilei was born on February 15, 1564 in Pisa, Italy. Galileo was the first of seven children of a social woman who married under the class, trader Vincenzio Galilei and Giula Ammannati, class. When Galileo was a childhood, his father moved his family to Florence. In order to be a monk, Galileo moved to a nearby monastery, but he left the monastery at the age of fifteen as his father did not approve his son to become a priest. - Galilei and Wallace Heroes or Zeroes Wallace and Galilei; heroes or zero. In Bertolt-Brecht's play "Galileo", the main character Galileo Galilei gave up and headed to the ideal of life. A small monk warned Galileo before revealing his discovery. It could have disastrous consequences for the metaphysical order of society. All the concepts of peasants, working class, religious rights, and the world humanities science will be broken. Galileo Galilei Galileo Galilei is thought to be the central figure of the 17th century scientific revolution. His role in the history of science is very important. He totally changed the way of science and made experiments to try his ideas, he regarded him as the father of experimental science. Galileo was born in Pisa on 15th February 1564 and is the oldest of seven children. His father, Vincenzo Galilei, is a famous composer, singer, and musician.

Galileo Galilei Galileo Galilei was born in Pisa on February 18, 1564. His father, Vincenzo Galilei, belonged to a family of aristocrats, and received several awards as musicians and mathematicians. At a very young age Galileo showed his ability to learn mathematics and machine type, but his parents wanted to exclude him from research not promising substantial rewards, so he called him a medical professional . But this does not affect Galileo. He was allowed to follow the way he wanted when he was young. Galileo Galilei: A famous Italian scholar, also known as the world's most famous physicist, astronomer, engineer, philosopher and mathematician, Galileo Galilei was born on 15th February 1564. He is a major player of the scientific revolution - the emergence of modern science and the largest astronomer in science history. Marie Sklodowska Curie: Born in Poland from 1867 to 7 November 1934, Marie Curie is the world's first woman who won the Nobel Prize. She is the world's leading French chemist who is in charge of radiation research. Mrs Curie is the only genius in the world and has won the Nobel Prize in two different sciences, physics and chemistry. Galileo Galilei Galileo Galilei is thought to be the central figure of the 17th century scientific revolution. His role in the history of science is very important. He totally changed the way of science and made experiments to try his ideas, he regarded him as the father of experimental science. Galileo was born in Pisa on 15th February 1564 and is the oldest of seven children. His father, Vincenzo Galilei, is a famous composer, singer, and musician. Galileo Galilei Galileo Galilei was born in Pisa on February 18, 1564. His father, Vincenzo Galilei, belonged to a family of aristocrats, and received several awards as musicians and mathematicians. At a very young age Galileo showed his ability to learn mathematics and machine type, but his parents wanted to exclude him from research not promising substantial rewards, so he called him a medical professional . But this does not affect Galileo. - Galileo Galileo Galileo was probably the best astronomer, mathematician, and scientist of his era. Indeed, to this day his research is very important in many scientific progress. Galileo was born on February 15, 1564 in Pisa, Italy. His father, Vincenzo, is a music teacher and musician. After his family moved to Florence, Galilee was sent to the monastery for education.

Galileo is an Italian mathematician, astronomer and physicist. He was born on February 15, 1564 in Pisa, Italy. In the mid-seventies, he and his family moved to Florence and began formal education at a local monastery. He was sent to the University of Pisa in 1581. So he studied medicine and Aristotle's philosophy until 1585. In colleges during these years, he noticed that he was not really interested in medicine, but he had competent mathematics. In 1585 he persuaded his father as he left college and returned to Florence. Galileo Galilei Galileo Galilei was born in Pisa on February 18, 1564. His father, Vincenzo Galilei, belonged to a family of aristocrats, and received several awards as musicians and mathematicians. At a very young age Galileo showed his ability to learn mathematics and machine type, but his parents wanted to exclude him from research not promising substantial rewards, so he called him a medical professional . But this does not affect Galileo. - Galileo Galileo Galileo was probably the best astronomer, mathematician, and scientist of his era. Indeed, to this day his research is very important in many scientific progress. Galileo was born on February 15, 1564 in Pisa, Italy. His father, Vincenzo, is a music teacher and musician. After his family moved to Florence, Galilee was sent to the monastery for education. Galileo Galilei was born on February 15, 1564 in Pisa, Italy. Galileo was the first of seven children of a social woman who married under the class, trader Vincenzio Galilei and Giula Ammannati, class. When Galileo was a childhood, his father moved his family to Florence. In order to be a monk, Galileo moved to a nearby monastery, but he left the monastery at the age of fifteen as his father did not approve his son to become a priest. - Galilei and Wallace Heroes or Zeroes Wallace and Galilei; heroes or zero. In Bertolt-Brecht's play "Galileo", the main character Galileo Galilei gave up and headed to the ideal of life. A small monk warned Galileo before revealing his discovery. It could have disastrous consequences for the metaphysical order of society. All the concepts of peasants, working class, religious rights, and the world humanities science will be broken.

Galileo Galilei was born on February 15, 1564 in Pisa, Italy. Galileo was the first of seven children of a social woman who married under the class, trader Vincenzio Galilei and Giula Ammannati, class. When Galileo was a childhood, his father moved his family to Florence. In order to be a monk, Galileo moved to a nearby monastery, but he left the monastery at the age of fifteen as his father did not approve his son to become a priest. In November 1581, Vinsengio Galilei asked Galileo to study at Pisa University Medical School. He published a book called The Little Balance, which explained and explained the principle of hydrostatic dynamics that weighs a small object that meant that he was a lecturer of mathematics at the University of Pisa before 1588. did. I was invited to a lecture. Galileo decided that the speech he made was Dante's hell. - Italian physicist, a researcher of Galileo Galilei, was born in Pisa on February 15, 1564 (see Appendix B). He is the first of seven children. Galileo was educated by Mentor and his father who is a nobleman known for his musicology. At the age of eleven he was sent to a local monastery where he learned music like Greek, Latin, religious, and other nobility children. In his way, Italian philosopher Galileo Gallily still succeeded in developing numerous laws that define and explain how things work. He accepted the laws of other people and examined them He faced a family challenge and church troubles, but he told him to prevent doing all he did in his life I did not allow you to accept test conditions. . Galileo is known as the father of contemporary astronomy. Galileo di Vincenzo Bonauto de Galilei Galileo Galilei Galileo was born in Via del Cuore in 1564 by Vincenzo Galileo, a man known for his musicology and Giuli Ammananti. Galileo moved to Florence at the age of ten and at the age of 11 the young Galileo was sent to Vallon Brouza to attend school. At the age of fifteen, Galileo decided to become a priest, but his father gave up his ambition. In the late summer of 1581, Galileo entered the University of Pisa and started a medical course. I am studying the system of Aristotle ... In 1609, Galileo changed spyglass with three powers; Galileo did not invent the first telescope, but his high quality improvement It is well known and very popular. His change helped clarify the idea that the earth and the planet will circle the sun. This powerful telescope also helped astronomers to see the enormous universe at that time and was waiting for countless stars to be discovered ("the first telescope")

"Today, what is accepted as knowledge may be abandoned tomorrow." Consider the problem of knowledge raised by this statement with knowledge of the two fields. The above basically shows that the knowledge information that everyone recognizes today will change for change due to tomorrow. By decomposing and defining important words such as "knowledge", "sometimes", "acceptance", "abandonment", it helps to clearly understand sentences. "Knowledge" is defined as "a theoretical or practical understanding of facts, information, skills, subjects acquired by one person through experience and education" (Merriam, 2014). Galileo Galilei Galileo Galilei was born in Pisa on February 18, 1564. His father, Vincenzo Galilei, belonged to a family of aristocrats, and received several awards as musicians and mathematicians. At a very young age Galileo showed his ability to learn mathematics and machine type, but his parents wanted to exclude him from research not promising substantial rewards, so he called him a medical professional . But this does not affect Galileo. - Galileo Galileo Galileo was probably the greatest astronomer, mathematician, and scientist in his era. Indeed, to this day his research is very important in many scientific progress. Galileo was born on February 15, 1564 in Pisa, Italy. His father, Vincenzo, is a music teacher and musician. After his family moved to Florence, Galilee was sent to the monastery for education. Galileo was born in Pisa, Tuscany on February 15, 1564, is the eldest son of Vincenzo Gallerie, a musician who makes an important contribution to music theory and practice. Several experiments were conducted at Galileo during the 89 period. Between pitch and chord pitch. In the busy life, he continued studying sports, and by 1609 he decided that the body was falling along the square of elapsed time (the law of falling) and the projectile's orbit. This is a parabola, and both these conclusions contradict Aristotle's physics. This document clarifies the present state of scientific knowledge before Galileo's astronomy was discovered, explains the contribution to Galileo's astronomy and discusses how subsequent discoveries will change the concept of the human universe . Galileo originally entered the monastery because he wanted to be a monk but eventually left the monastery and studied medicine at the University of Pisa as his father wanted. However, he had never completed a medical degree, and was interested in mathematics and philosophy. (Bellis, 2013; "Galileo Galilei," 2013)

The scientific revolution brought about a new major change. People started to see different things. So far religion has become a matter of pure faith. People can not use some reason, based on empirical proof data or development or religious ideas. A person who was regarded as a contradiction of the church or a pagan and punished. Earth is the center of all around it: at this time it is thought that there is a celestial theory of the universe. Because this theory and other churches to support objections, it is not an advocate of change. With the integration of new ideas, faith and reason, Copernicus and Galileo slowly display more content ...... He engages in physics, mathematics, astronomy and is Catholic strong. Galileo began to engage in the cause of religion, but in mathematics, immediately get interested. In addition to support of Galileo, adding Copernicus's hypothesis, in many other ways and well-known. First, he developed a better scientific way, not only started him, but also theory, but also provided evidence based on empirical data. He actually started "running" the experiment which is not just a theory. He was a great mathematician and scientist, and to ensure full compliance with his theory of evidence. For several reasons, he believed in a reliable Giant Dynasty theory rather than the Paleontological theory. His views are much stronger than Copernicus and public statements. He expressed his view that it was in 1632 in the widely read book "The Dialogue of Two Chief World Systems". They think that it violates the church and the Bible, so the church tried him as a heretic. The church told him that if he wanted to avoid punishment, he had to give up all thought. Initially, he insisted on his beliefs and he did not act on the heresy because he had any objection sutra. Galileo said that the Bible does not explain the sole purpose of any scientific content, the text is preserved. In the letter to Prince Christina's letter, he said: "Because of the Holy Spirit Church officials are well-known that Galileo made such a confession, but that did not come to a conclusion! Copernicus' theory, since the credibility of the so-called Copernicus revolution trigger Galileo increased. "Reliability" related to the increasingly widely accepted possibility of the theory of the earth movement, inducing people to the belief-related beliefs related to reservations of the material world, opened by consideration of the proposed "scientific" explanation material world. People are more willing to accept the perspectives of the scientific theory that they put forward, but to continue to receive a long-standing view of religion Scientists, like Galileo, Copernicus, Descartes and Bacon, during the scientific revolution, as God, human ability and the possibility of understanding the world are discussed. Ultimately, the significance of the new scientific discovery has come to influence people's thinking and behavior in Europe. Society began to question the authority of traditional knowledge about the universe. In turn, they question the traditional idea of ​​the concept of state and social order. Scientific revolution, "Medieval to human's mind emphasizing the eternal world of God has not shifted the management of the human, the universe and the natural world, this method is a knowledge and understanding of the natural law of unchangeable origin The truth is accepted and has nothing to do with it, "scientists have changed the view of the people of the world

"Nature is ruthless and unchanging, irrespective of whether we can understand the reasons and behaviors hidden by humans." This sentence was once mentioned by one of the most famous scientists in history It was. Lille Born on February 15, 1564 in Pisa, Italy. He is an Italian physicist, mathematician, astronomer and philosopher. He has three children; two girls and one boy never got married. In 1564, William Shakespeare was born, Michelangelo died. The history of the telescope dates back to the beginning of the 17th century. Galileo Galilei is highly appreciated by inventing a telescope, but this is not accurate. Galileo is the first country to use a telescope in astrophysics research in 1609 (2009, 400 years ago), and is now celebrating the International Astronomical Year. His patent application was first published on September 25, 1608, so German glasses maker Hans Lipperhey is generally considered to be the inventor of the telescope. A common misunderstanding is that Galileo Galilei invented the first telescope, which in fact was a Dutch glasses manufacturer Hans Rippershey who applied for a patent in 1608. However, in 1609 I had never seen the design of Galileo - Ripascie - but then I made his own telescope that was magnified 20 times, not triple. Both are equally important - but Galileo was the first person to direct the telescope to the stars, really began to observe and understand the solar system. The first practical refractive telescope appeared in the Netherlands around 1608. Galileo Galilei asked about the invention and made his own version of the instrument now known as the Galileo telescope. Galileo's best telescope magnifies objects approximately 30 times. And despite its disadvantages, Galileo is enough to explore the sky and discover some of the most important discoveries in the history of astronomy. Galileo was the first person who studied the sky with a telescope and was widely regarded as "father of astronomical observation".

The universe - it is open to our eyes, but unless we first learn to understand the language and explain its role, we can not understand it. Geometry, without it, humans can not understand that single word; without these, people wander in the dark maze In 1613, Galileo wrote a letter explaining how Copernicus's theory contradicts the Bible verses. The Bible was written from the viewpoint of the earth, and science shows a more accurate view. . A letter was made public, and a consultant of the Inquisition of the Church published a heresy of Copernicus theory. In 1616 Galileo was ordered not to 'hold, teach, or protect' the Copernicus theory in any way. Galileo has kept this order for seven years. One of the reasons is to make life easier. Galileo began studying the theory of Copernicus in the early 1890's. In a letter to Johannes Kepler in 1597, he said that he was a believer of Copernicus for many years, but he was afraid to prevent ridicule from publicly expressing his opinion. But in 1604, when a new star appeared, Galileo began teaching Aristotle's astronomy. Almost at the same time, he resumed his early work on sports and used the bevel to conclude that the object fell at the same rate regardless of weight at the same rate. It is said that in 1615 Galileo was officially warned by the Church to stop promoting his Copernicus theory. Cardinal Bellamin only requested mentioning Copernican as a practical hypothesis to Galileo, or to prove it. The church will then try to explain the Bible so that they can support this discovery. Although he did not follow this "warning" at all, he is said to have continued to disseminate his cosmology without definitive evidence. It was that the church took steps to arrest Galileo and to the end of his theory until 1822 when copernicism became reality. This "official" document was fraudulent and inserted into the Galileo document after Cardinal Bellamin's death. This clearly shows that Galileo has not received adequate warning from the church and has not received his punishment.

During the important period of European history, Galileo played an important role in the scientific revolution. He challenged a widely accepted idea and gave a new look to philosophy, astronomy and physics. He is still alive, but he is not just a philosopher. Galileo Galilei has the passion and values ​​drawn in his life and accurately written on the daughter of Galileo of Davis Sobel. He cherished these values ​​with his career as a teacher of mathematics and physics, his affection for astronomy and philosophy, his loyalty to the church and the country, and most important to his daughter who is with him It is. Please talk. Galileo's daughter. Davisobel's daughter of Galileo: I know the name Galileo, which was taught in history and science classes, but I really do not know when I remember it. I know that Galileo is an astronomer and a scientist who was attempted by the Roman church. I know the famous word "still moving", but that is it. This book details the relationship between Galileo's work progress, his understanding of the dangers brought about by the Roman Inquisition, and his family, especially his 14-year-old daughter, Sur Maria Selester It is. Please make sure she is safe and working at the monastery. Their relationship was so close that Mary was buried in the same father's father. This is human figure, one of the first things to shape our modern world. Galileo Galileo is a teacher, astronomer, philosopher and physicist, and is considered an important part of the scientific revolution. With all the pictures and notes he has created, he is known as the father of modern astronomy, the father of modern physics, and the father of science. Galileo's experiment is an aggressive process involving examining the causal relationship between variables. His research in scientific experiments ... 145). Copernicus's proposal is not the earth that goes around the sun, the center of the universe (Andrade, 120). Priest Dominica and Professor of History of Florence Church, Father Rorini first criticized Galileo's view of Copernicus (Linde). Copernicus's theory violates the Bible belief that the earth is in the middle of the universe (Andrade, 125). Rorini uses Joshua 10:13 and Isaiah 40:22 as support. Joshua at 10:13 said: "So Galileo Galilei Galileo was born in Via del Cuore in 1564 by Vincenzo Galileo, a man known for his musicology and Giuli Ammananti. Galileo moved to Florence at the age of ten and at the age of 11 the young Galileo was sent to Vallon Brouza to attend school. At the age of fifteen, Galileo decided to become a priest, but his father gave up his ambition. In the late summer of 1581, Galileo entered the University of Pisa and started a medical course. I am studying Aristotle's system ... In 1609, Galileo created a spyglass with three powers; Galileo did not invent the first telescope, but his high-quality improvements It was well-known and very popular. His change helped clarify the idea that the earth and the planet will circle the sun. This powerful telescope also helped astronomers to see the enormous universe at that time and was waiting for countless stars to be discovered ("the first telescope")

John Calvin was born in Noyon of Picardy on July 10, 1509. He grew up with a decisive Roman Catholic family. In the early days of his life, Calvin 's father was hired by the local bishop as the chief executive of the town' s cathedral. Through this newly acquired work, John Calvin's father wanted Kevin to be a pastor. Because his family was closely related to the bishop and his aristocratic family, Kevin 's classmates of Nyon had an aristocratic and cultural influence in his childhood. At the age of 14, Calvin went to Paris and studied Marque College. Galileo Galilei Galileo Galilei was born in Pisa on February 18, 1564. His father, Vincenzo Galilei, belonged to a family of aristocrats, and received several awards as musicians and mathematicians. At a very young age Galileo showed his ability to learn mathematics and machine type, but his parents wanted to exclude him from research not promising substantial rewards, so he called him a medical professional . But this does not affect Galileo. - Galileo Galileo Galileo was probably the best astronomer, mathematician, and scientist of his era. Indeed, to this day his research is very important in many scientific progress. Galileo was born on February 15, 1564 in Pisa, Italy. His father, Vincenzo, is a music teacher and musician. After his family moved to Florence, Galilee was sent to the monastery for education. Galileo Galilei was born on February 15, 1564 in Pisa, Italy. Galileo was the first of seven children of a social woman who married under the class, trader Vincenzio Galilei and Giula Ammannati, class. When Galileo was a childhood, his father moved his family to Florence. In order to be a monk, Galileo moved to a nearby monastery, but he left the monastery at the age of fifteen as his father did not approve his son to become a priest. - Galilei and Wallace Heroes or Zeroes Wallace and Galilei; heroes or zero. In Bertolt-Brecht's play "Galileo", the main character Galileo Galilei gave up and headed to the ideal of life. A small monk warned Galileo before revealing his discovery. It could have disastrous consequences for the metaphysical order of society. All the concepts of peasants, working class, religious rights, and the world humanities science will be broken.

Pursuit of identity in Brecht's "life in Galileo" From one period to another through the historical process, human beings have always tried to perpetuate what they believe. Please discover your true identity and status. It is necessary to understand that the common theme in all literature is to seek identity and belonging consciousness. Bertolt Brecht, the author of "The Life of Galileo", draws a strong message with effective use of the developing person Galileo Galilei, but the fact is fully understood after 500 years not. Bertolt Brecht's Galileo story is a historically accurate account of Galileo's life. Regardless of his beliefs, the story of Brecht on Galileo's life is filled with his entry to the authorities. This is similar to the way German lives when Brecht wrote the play. Born in Augsburg, Germany in 1898, Brecht began writing from a young age. Writing is not his only interest, and Brecht is enrolled in the medical department. By 1918, Brecht was called medical order in the First World War. At this point he began making his first drama "Ba Li". The benefits of Brecht include science, politics, and literature. In 1919, Brecht joined the Social Democratic Party and withdrew in 1921. Brecht joined the Communist Party in 1930 and since then the economic and political situation has become a serious crisis. Hitler became Prime Minister in 1933, the Communist Party was banned essay.com/Bertolt Brech and Galileo In this article, I will explain Galileo playing Bertolt. In this article, Bertolt Brecht explains how to talk about imminent problems at the time using Galileo's story. Bertolt Brett and Galileo. In this article, I will explain Galileo playing Bertolut. In this article, Bertolt Brecht explains how to talk about imminent problems at the time using Galileo's story. Pursuit of identity in Brecht's "life in Galileo" From one period to another through the historical process, human beings have always tried to perpetuate what they believe. Please discover your true identity and status. We must understand that the common theme in all literature is to pursue identity and attribution. Life of Galileo, Scene 7: Brecht depicts important events of the lifetime of Galileo. The main problem in his life is the conflict between him and the church. The church certainly closed him, but Galileo insisted on where he presented his theory. He wishes that everyone in the market knows what he has found. That is why in the early stages of his forging telescope he allowed anyone to see the telescope to see it. Betrolt Brecht's "Galileo Life" represents an important event in the life of Italian great physicist Galileo Galilei. The core problem of the play is the fundamental confrontation between Galileo and the Catholic Church. As scientists discovered the solar system "heretically", he pulled attention of the Inquisition Officer, eventually his theory was suppressed by the Church. The Galileo sun facilities in the center of the universe do not seem to match the facilities of the church. They understand that new findings weaken the finite concept of the universe, threatening the doctrine they claim and obey.

History of the Galileo and the Catholic Church In the history of the Catholic Church, there are no doubtful episodes by many views like Galileo's condemnation. For many people Galileo's lawsuit proves that the church hates science and refuses to abandon obsolete doctrine, but this is obviously not absolutely right. For Catholics, this episode often causes embarrassment and frustration. In any case, it is undeniable that Galileo's life brings a clear change to scientific thinking throughout Europe, symbolizing the struggle between science and the Catholic Church. Episodes of the history of the Catholic Church have not been misunderstood as Galileo's accusations. In Newman's words, discussion of stocks used to prove that science and Catholic doctrine are the opposite. As is well thought out, the Galileo case is a seemingly easy proof that the free pursuit of truth can be achieved only after science is released from the bondage of medieval theology. This case created a neat moral style between enlightened science and dogmaticism and historians rarely wanted to correct the usual anti-Catholic revolution. Even many clever Catholics are trying to purge the entire tragic event under the carpet. History of the Galileo and the Catholic Church In the history of the Catholic Church, there are no doubtful episodes by many views like Galileo's condemnation. For many people Galileo's lawsuit proves that the church hates science and refuses to abandon obsolete doctrine, but this is obviously not absolutely right. For Catholics, this episode often causes embarrassment and frustration. - "You are Peter, on this stone I will build my church, the gates of hell should not overcome it, I will give you the keys to heaven (Bible, Matthew The Church of St. Peter is essential to Christian pilgrimage and is considered to be the most devout among all Christian churches. In Galileo 's trial, the Roman Catholic Church was the largest Christian church in Western civilization. Morality includes reimbursement. The Catholic Church is guided by the Church Godfather, which provides a means of eternal redemption. Catholics who do not renounce Catholics endanger their souls. Protestant is the enemy of Galileo, which is derived from the conversion of the Catholic Church. Because it deprives of their true ideals. "Galileo, Science and the Church" by Jerome J. Langford talked about the test of Galileo and the Roman Catholic Church in the 1600s. It is a trial. The church opposed Galileo's view, mainly the theory related to Copernicus astronomy. The main purpose of Langford was to inform the reader of the truth of Galileo's trial, to show that Galileo was finally right in his theory and did not attempt to break the church's beliefs . Galileo is only trying to find out the truth of science and hopes to be called historical scientist. Therefore Galileo was unjustly condemned, ridiculed and sentenced to heretical.

Hero of Galilei and Wallace or Zero Wallace and Galilei hero or zero. At Bertolt Brecht's play "Galileo", the main character Galileo Galilei gave up and was forced to turn to the ideal of life. A small monk warned Galileo before revealing his discovery. It could have disastrous consequences for the metaphysical order of society. All the concepts of peasants, working class, religious rights, and the world humanities science will be broken. A similar situation is obvious in the movie "Brave Heart". Galileo Galilei Galileo Galilei was born in Pisa on February 18, 1564. His father, Vincenzo Galilei, belonged to a family of aristocrats, and received several awards as musicians and mathematicians. At a very young age Galileo showed his ability to learn mathematics and machine type, but his parents wanted to exclude him from research not promising substantial rewards, so he called him a medical professional . But this does not affect Galileo. - Galileo Galileo Galileo was probably the greatest astronomer, mathematician, and scientist in his era. Indeed, to this day his research is very important in many scientific progress. Galileo was born on February 15, 1564 in Pisa, Italy. His father, Vincenzo, is a music teacher and musician. After his family moved to Florence, Galilee was sent to the monastery for education. Galileo Galilei was born on February 15, 1564 in Pisa, Italy. Galileo was the first of seven children of a social woman who married under the class, trader Vincenzio Galilei and Giula Ammannati, class. When Galileo was a childhood, his father moved his family to Florence. To become a monk, Galileo moved to a nearby monastery, but he left the monastery when he was fifteen because his father did not approve his son to become a priest It was. - Galilei and Wallace Heroes or Zeroes Wallace and Galilei; heroes or zero. At Bertolt Brecht's play "Galileo", the main character Galileo Galilei gave up and was forced to turn to the ideal of life. A small monk warned Galileo before revealing his discovery. It could have disastrous consequences for the metaphysical order of society. All the concepts of peasants, working class, religious rights, and the world humanities science will be broken.

This article is only available in PDF format. Please download the PDF and display the article and its related chart. Humans have insight on the material world to which their planet belongs and the relationship with the universe, which is a small planet, but has changed as completely as possible. A man looking at himself as a relatively important person on the planet lost his superiority when he realized that the earth is going around the sun. The more you place importance on humans, the more "small potatoes" will be added. In ancient times, even if you move from one place in the world to another place, exchange of ideas and customs is not completely prevented, and the population of the city and the country become very small, the proportion of the whole population is much higher Become. . In his community, he is indeed a more important element than the possibilities. From the 16th century to the 17th century of the lifetime of Galileo, the scientific revolution has gradually had a big influence. The revolution began with Nicholas Copernicus's heliocentric theory, and it ended with the discovery of Sir Isaac Newton and various natural laws (Hatch, 2002). The scientific discovery that the explosion was called the "revolution" was due to the radical idea raised by scientists about the idea of ​​the church in Western civilization. Before the scientific revolution began, the general understanding of the world was totally based on religion. The revolution made it possible for people to replace their religious beliefs with facts and reason. But religion and science have opposite ideals, so this is not an easy transition. We are used to expressing the work of Galileo and Isaac Newton as "scientific revolution". Key experts in Newton physics showed that the concept of "revolution" was applied to science for the first time in the heyday of the French political revolution. Late 18th century. It is available online through subscription. "We are sticking to the shoulder of the giant." Science is a famous expression of the cumulative efforts of generations of generations. Morand showed that this photo was originally used by Bernard's Chartres in the 12th century. Available online at subscription

"Galileo, Science and Church" by Jerome J. Langford talks about the trials of Galileo and the Roman Catholic Church of the 1600s. It is a trial. The church opposed Galileo's view, mainly the theory related to Copernicus astronomy. The main purpose of Langford is to inform the reader of the truth of Galileo's trial, to show that Galileo was ultimately correct in his theory and did not attempt to violate the beliefs of the Church did. Galileo is only trying to find out the truth of science and hopes to be called a historical scientist. Therefore Galileo was unjustly condemned, ridiculed, and heresy was sentenced. When Galileo defended heresy, Langford said: "This is a shame decision on some issues, initially Copernicus's view is considered heresy, but that is not the case." The theological counselor in 1616 believes that the liquidity of the earth is a "formal heresy", but explains that this is not a matter of believing the immobileness of the earth. Catholic philosophers and theologians also agree that sacred orders do not make the immobility of the earth or the movement of the sun a matter of belief. These views clearly support an unfair belief in Galileo's heresy. Langford also uses other excerpts to explain his point. Here are some of the many excerpts used by Langford: "In this case, the doctrine also was dominated by the Pope and approved by him, according to the laws of the congregation, a doctrine without faith, ie the sun It is moving and the earth is still ... ... But all Catholics are bound by the obedience that they obey the law of the congregation or at least do not teach me to oppose it directly. History of the Galileo and the Catholic Church In the history of the Catholic Church, a single point of view was not questioned by many views like Galileo's condemnation. For many people Galileo's lawsuit proves that the church hates science and refuses to abandon obsolete doctrine, but it is obviously not absolutely right. For Catholics, this episode often causes embarrassment and frustration. In any case, it is undeniable that Galileo's life brought about a clear change in the European scientific spirit ... a revolutionary view. These works can promote the spread of further revolutionary ideals, thereby constantly updating the core belief of society or the concept of clean society. The show 's Pygmalion and Brecht' s Galileo are attempting to deny their ideals over their extreme doctrinal victories in the form of inventions and intellectual property. "Galileo, Science and Church" by Jerome J. Langford talks about the trials of Galileo and the Roman Catholic Church of the 1600s. It is a trial. The church opposed Galileo's view, mainly the theory related to Copernicus astronomy. The main purpose of Langford is to inform the reader of the truth of Galileo's trial, to show that Galileo was ultimately correct in his theory and did not attempt to violate the beliefs of the Church did. Galileo is only trying to find out the truth of science and hopes to be called a historical scientist. Therefore Galileo was unjustly condemned, ridiculed, and heresy was sentenced.

Galileo proposed the inertia theory. According to it, the object moves or quiesces until something outside it changes its movement. Using a telescope, Galileo found a mountain of the moon, a spot on the sun and four Jupiter. His findings provide evidence of the theory that the earth and other planets orbit the sun. Galileo finally got tried in the court of the church, tried the Bible, and was forced to abandon Copernicus' space model. Statement of Interest (Scope of thesis): According to a short biography by Galileo Galileo, this paper determines the state of scientific knowledge prior to the discovery of Galileo's astronomy, explains the contribution to Galileo's astronomy, Discuss how discovery will change the concept of the human universe afterwards. Galileo originally started a monastery because he wanted to be a monk but he finally left the monastery and attended the University of Pisa to study medicine as his father wanted. However, he never finished a medical degree, but he was interested in mathematics and philosophy. (Bellis, 2013; "Galileo Galilei," 2013) Galileo Galilei Galileo Galilei is considered to be the central figure of the 17th century scientific revolution. His role in the history of science is very important. He totally changed the way of science and made experiments to try his ideas, he regarded him as the father of experimental science. Galileo was born in Pisa on 15th February 1564 and is the oldest of seven children. His father, Vincenzo Galilei, is a famous composer, singer, and musician. Galileo Galilei was born on February 15, 1564 in Pisa, the capital of Florence, Italy. He is an Italian scholar. Galileo is the central figure of the Renaissance to modern science and the natural philosophy of science, and the scientific revolution. Galileo is known as an astronomer, a physicist and a mathematician. He is also known as "father observing astronomy", "father of science", "father of modern physics". He passed away in Italy's Arceletri on January 8, 1642. Read the Galileo Galilei quotations

In a simulated discussion he allowed to win opponents but he failed to provide a comprehensive discussion to Copernicus' theory to support his view. It did not technically infringe the Pope 's order in 1616, but it was made without ignoring the authority of the Church, the Church rejected Copernicus and ignored political judgment. This shows that Galileo is indeed a cynical person and an opportunist. When Galileo was studying theory, he embarked on a difficult path by developing an evidence-based assertion rather than simply establishing a previous view without a firm foundation. In this discussion, during the scientific revolution, we insist that Galileo was indeed a cynical opportunist. Fortunately, although he has the opportunity to be an engineer, he died of timidity due to the influence of modern Socrates. Galileo played an important role in the scientific revolution by taking classical Greek knowledge back to this field and discovering new concepts. Many of these concepts contributed to the scientific revolution playing an important role in culture. "Galileo has been described as a cynical opportunist, a cynical opportunist, a patient genius, or a fortunate technician who died of a coward or modern Socrates." I am a fortunate engineer with a patient genius. I agree with that. People's opportunists, cowards or modern Socrates. Galileo was a mathematician, the Earth philosopher who changed Copernicus, pointed out that the earth rotates around the sun and enters into the true nature of philosophy and the world. By introducing new knowledge and using science He is a Catholic and believes in finding the truth about the world, so he does not study it for the world, not for himself. In this case, he is an opportunist, but he is not cynical. Galileo had a view on science for a long time, but he expressed it after his major critics, including Cardinal Robert Bellamin 's death, and his old friend Maffei Barberini said that Pope became. . This shows that he is patient and not reckless. Galileo is a genius. He proved that the universe is solar-centered through scientific and mathematical calculations and is based on Copernicus's pure thought. Galileo Galilei Galileo was born in Via del Cuore in 1564 by Vincenzo Galileo, a man known for his musicology and Giuli Ammananti. Galileo moved to Florence at the age of ten and at the age of 11 the young Galileo was sent to Vallon Brouza to attend school. At the age of fifteen, Galileo decided to become a priest, but his father gave up his ambition. In the late summer of 1581, Galileo entered the University of Pisa and started a medical course. I am studying Aristotle's system ... In 1609, Galileo created a spyglass with three powers; Galileo did not invent the first telescope, but his high-quality improvements It was well-known and very popular. His change helped clarify the idea that the earth and the planet will circle the sun. This powerful telescope also helped astronomers to see the enormous universe at that time and was waiting for countless stars to be discovered ("the first telescope")

This content is available through online browsing (free) program dependent on page scan. Screen readers can not currently scan, so please contact JSTOR user support for access. We will provide PDF copy of your screen reader Galileo Galilei Galileo was born in Vincenzo Galileo of Via del Cuore in Pisa in 1564. He is a man known for his musicology and Giuli Ammananti. Galileo moved to Florence at the age of ten and young Galileo at the age of 11 was sent to Vallon Brouza to attend school. At the age of fifteen, Galileo decided to become a priest, but his father gave up his ambition. Late summer of 1581, Galileo entered the University of Pisa and started a medical course. I am studying the system of Aristotle ... In 1609, Galileo remodeled the three-piece spy glass, but Galileo did not invent the first telescope, but his high-quality remodeling is well-known It was very popular. His change helps clarify the idea that the earth and the planet will circle the sun instead of the opposite. This powerful telescope also helped astronomers to see the huge universe at that time and was waiting for countless stars to be discovered ("the first telescope") In the beginning of the 17th century, Galileo Galileo began making equipment that could change the world of science. Galileo did not invent the telescope, but his refinement made him the most scientifically successful device at the time. However, Galileo does not stop scientific discovery. The three fathers recommended the improved tool to Venetian Senator and Cosimo II, the Grand Tuscan. Galileo Galilei is regarded as one of the best scientists ever. He is an Italian mathematician, an astronomer, and a philosopher, very supportive of Copernicus, which is the idea that the earth turns around the sun. It was a very controversial idea at that time so it is difficult to promote Copernicus. Galileo is the leader of the scientific revolution. He discovered sports science, astronomy and material strength. His famous science in sports Statement of Interest (Scope of thesis): According to a short biography by Galileo Galileo, this paper determines the state of scientific knowledge prior to the discovery of Galileo's astronomy, explains the contribution to Galileo's astronomy, Discuss how discovery will change the concept of the human universe afterwards. Galileo originally started a monastery because he wanted to be a monk but he finally left the monastery and attended the University of Pisa to study medicine as his father wanted. However, he never finished a medical degree, but he was interested in mathematics and philosophy. (Bellis, 2013; "Galileo Galilei," 2013)

The universal and universal acceptance of Sir Isaac Newton's model and law is often considered as a matter of course, but it is not always the case. Throughout history, scientists and philosophers established each other's theory to create an improved, often revolutionary model. Newton is neither the first nor the last to bring important innovation to society, but he is one of the most remarkable people; many of his contributions are still in use today. Due to the development of his movement law, Sir Isaac Newton contributed to the collapse of Aristotelianism and provided a universal quantitative system for approximating and interpreting various spatial phenomena and kinematics physics. Great thinkers, Galileo Galilei (1564-1642), Rene Descartes (1596-1650), Sir Isaac Newton (1642-1727) are the main examples of human rationality and conflict between the Catholic Church. Given their ongoing importance and the apparent influence of these thinkers, we thought that asking was important: why are these people and their ideas homosexual? The use of human reasons to understand the existence of the universe and human existence precedes Galileo, Descartes and Newton. Galileo (1564 - 1642) is a German astronomer Johannes Kepler and Italian physicist and astronomer who made scientific revolution and the revolution began with the British physicist Isaac Newton. I work. His primary contribution, born at Galileo Galilee, was to use a telescope in astronomy to observe and discover the four largest moons of the sunspot, moon mountain and valley, Jupiter and Venus. In physics, he discovered the law of falling objects and movement of projectiles. In the history of culture, Galileo is a symbol of the fight against the authority of freedom of power. In 1642 it symbolizes the death of Galileo and the birth of Sir Isaac Newton. Isaac Newton was born on Wool Soap, Britain on Christmas Day. (Http://galileoandeinstein.physics.virginia.edu) This is the birth of a child who later became a British physicist, mathematician, natural philosopher and one of the most important scientists in history. (Encarta Pg.1) Since Newton's father died before he was born, Isaac did not really have the image of his father. When Newton was 3 years old, the mother remarried and Newton was finally brought up by his grandmother. Isaac began attending schools in a nearby town, and Newton was sent to the grammar school of Grantham at the age of ten. When Newton attended school there, he lived with a pharmacist named Clark. Many people say this person may have contributed to sustained interest in Newton's chemistry operations. Isaac Newton entered the Cambridge Trinity College under the emergency of his uncle William Ayscough ("Newton, Sir Isak", Encyclopedia of Mathematics Biography, 394). Newton studied law at Cambridge, but the results were very different. When Newton was at the university, the school's philosophy dominated Aristotle's philosophy. Later, he became more generous at the university third grader, so he started studying the philosophy of Descartes, Galsendi and Boyle. Viete, Descartes, Wallis 'new analytic geometry, and Galileo' s Copernican astronomy dynamics also fascinated him. When Barro arrived in Cambridge's Lucasian chair ("Jazz Isaac Newton", ONLINE), Newton's talent began to grow. Isaac Barrow began to recognize him, soon he became a mentor of Isaac Newton. Under the direction of Isaac Barrow, Isaac Newton began to show his great wisdom. Isaac Newton received a math scholarship!

Galileo finally made something unimaginable after the science of the Year 2000 made an excuse about the problem of the model of the universe; he insisted that the sun did not run around the earth. This not only invalidated almost all the astronomers at the time, but also made mankind a place in God's plan. If he did not put us in the center of the universe, that means he did not cherish us as we imagined before. The revelation of this sun-centered world releases the world of astronomers from the beautiful and orderly range of the Ptolemy system to a random and chaotic existence without clear evidence of a sacred plan. My wife, like Galileo and Satoshi, has a wonderful idea of ​​turning the world over. Not all of us are running around this country, probably the country is orbiting us. Despite this obvious fact, we can not imagine it. Most of this is because guardians of faith may try to lock us up because they did poor Galileo. Obviously, most of us live without government intervention - we do not have a cooking committee on the table or a senator in a tailor decides what kind of clothes we choose in the morning . They sent us a brown envelope and asked something we do not need or do not use for the benefit of society. One hour after college sophomore, I was told that "a lump was found" on the phone, and my world turned upside down at once. The trip to Pittsburgh stopped automatically until further notice. The tumor occupied two-thirds of the chest, death occurred 3 weeks after knocking on the door, the doctor inferred its growth rate based on several calculations. More destructive phone for the first time ... We know what will come in the next few months. More chemotherapy. More radiation. This time it is more intense. In order to know exactly how things are finished, we can not see more results clearly. The mother chooses to do a stem cell transplant. This is basically to clean the blood of your cell, then perform extreme radiation / chemotherapy and then return your own cells to your body. I lived in a childhood hospital for 100 days. Mama never leaves him

Faust, accident, Galileo, Oppenheimer, the cost of technological progress in the lives of physicists From the beginning, humans have taken all steps in the advancement of technology. Advances in medicine, aviation, science and other fields have made our world a better place. However, there is also the possibility of technical damage to human beings far beyond the benefits they offer. Through their research, five German writers presented very difficult questions to readers: Is this technology really worthwhile? These authors have raised many common themes. In this article I will explain the relationship between these topics and society. Betrolt Brecht's "Galileo Life" represents an important event in the life of Italian great physicist Galileo Galilei. The core problem of the play is the fundamental confrontation between Galileo and the Catholic Church. As scientists discovered the solar system "heretically", he pulled attention of the Inquisition Officer, eventually his theory was suppressed by the Church. The Galileo sun facilities in the center of the universe do not seem to match the facilities of the church. They understand that new findings weaken the finite concept of the universe, threatening the doctrine they claim and obey. Galileo (1564 - 1642) is a German astronomer Johannes Kepler and Italian physicist and astronomer who made scientific revolution and the revolution began with the British physicist Isaac Newton. I work. His primary contribution, born at Galileo Galilee, was to use a telescope in astronomy to observe and discover the four largest moons of the sunspot, moon mountain and valley, Jupiter and Venus. In physics, he discovered the law of falling objects and movement of projectiles. In the history of culture, Galileo is a symbol of the fight against the authority of freedom of power. Galileo Galilei: A famous Italian scholar, also known as the world's most famous physicist, astronomer, engineer, philosopher and mathematician, Galileo Galilei was born on 15th February 1564. He is a major player of the scientific revolution - the emergence of modern science and the largest astronomer in science history. Marie Sklodowska Curie: Born in Poland from 1867 until 7 November 1934, Marie Curie is the world's first woman who won the Nobel prize. She is the world's leading French chemist who is in charge of radiation research. Mrs Curie is the only genius in the world and has won the Nobel Prize in two different sciences, physics and chemistry.

Galileo, Jerome J. Langford's science and church science and church, two things you normally do not think will rise to Galileo. Galileo who spread his head to the world, especially to the church should do different things. This special book shows the problem between Galileo and the church and other bystanders. This book experienced the ups and downs of Galileo and the church, the difficulties and friendships experienced by people, and the difficulty of maintaining these friendships during the Galileo era. "Galileo, Science and the Church" by Jerome J. Langford talked about the test of Galileo and the Roman Catholic Church in the 1600s. It is a trial. The church opposed Galileo's view, mainly the theory on Copernicus astronomy. The main purpose of Langford was to inform the reader of the truth of Galileo's trial, to show that Galileo was finally right in his theory and did not attempt to break the church's beliefs . Galileo wants to be called a historical scientist, just trying to find out the truth of science. Therefore Galileo was unjustly condemned, ridiculed and sentenced to heretical. Galileo, Jerome J. Langford's science and church science and church, two things you normally do not think will rise to Galileo. Galileo who spread his head to the world, especially to the church should do different things. This special book shows the problem between Galileo and the church and other bystanders. - African-American David Walker was born in 1785. David 's life began in a small town named Wilmington in southern North Carolina. His father was a slave, but Walker was born free. North Carolina's law states that children inherit the status of his mother; in this case it is a free woman. When Walker was born, slavery was popular in America, especially in the south.

Discovery about the lifetime of Galileo and the influence of its faith Galileo Galilei was born in Pisa on February 18, 1564. Galileo was interested in researching mathematics and dynamics from a young age. His father is a former mathematician who pushed him to the medical industry, which has greater economic interests. However, Galileo's father immediately discovered the work of Archimedes and became very interested. Therefore, his father allowed a study of mathematics and science to Galileo, which was reluctantly young. In Bertolt-Brecht's play "Galileo", the main character Galileo Galilei gave up and headed to the ideal of life. A small monk warned Galileo before revealing his discovery. It could have disastrous consequences for the metaphysical order of society. All the concepts of peasants, working class, religious rights, and the world humanities science will be broken. A similar situation is obvious in the movie "Brave Heart". Mel Gibson is playing Scottish farmer William Wallace under British rule. British soldiers killed his wife and father, and he caused a revolt against the British. After organizing a small group of soldiers, he asked Scottish nobility and their troops for help. But through his anger, the metaphysical order of the people around him was destroyed. Discovery about the lifetime of Galileo and the influence of its faith Galileo Galilei was born in Pisa on February 18, 1564. Galileo was interested in researching mathematics and dynamics from a young age. His father is a former mathematician who pushed him to the medical industry, which has greater economic interests. However, Galileo's father immediately discovered the work of Archimedes and became very interested. Therefore, the father reluctantly forgiven the revolution ... despite the observation, experiments, mathematics, and mechanical principles for gathering information, there were some predecessors like Galileo, but Lille Galileo observed and Through the experiments, we gathered valuable information; through the Renaissance, society had Newton science, scientific method, rational thinking, calculus and a broader knowledge base of the universe. Galileo's life and work Galileo Galilei is considered one of the best mathematicians ever. He changed his life through his own knowledge and made many people wonder. However, not all his works were accepted. Galileo asked the church to bring up an unforgettable controversy. Galileo Galilei was born on February 18, 1564 in Pisa, Italy. He is a member of the Nobel family, the son of Vincenzo Galilei, a musician and mathematician. Galileo, very young, in his way, Italian philosopher Galileo Galilei succeeded in developing many laws that define and explain how things work. He accepted the laws of other people and examined them He faced a family challenge and church troubles, but he told him to prevent doing all he did in his life I did not allow you to accept test conditions. . Galileo is known as the father of contemporary astronomy. Galileo di Vincenzo Bonauto de Galilei

In the history of the Catholic Church, there was no episode that was heavily debated by the view Galois condemned. For many people Galileo's lawsuit proves that the church hates science and refuses to abandon obsolete doctrine, but it is obviously not absolutely right. For Catholics, this episode often causes embarrassment and frustration. In any case, it is undeniable that Galileo's life brings a clear change to scientific thinking throughout Europe, symbolizing the struggle between science and the Catholic Church. In 1543, Nicholas Copernicus of Cannon of Poland announced the "revolution about the celestial ball". The popular opinion is that Copernicus discovered the rotation of the earth ... Read more Most early church officials consider it as common; they are not really interested in the scientific interpretation of the universe. Before the Galileo era, Greek, and medieval thought science was a kind of principle, a means of adjusting data, it had nothing to do with the ultimate reality of things. The important thing is to sort complex data. The most important thing is the most understandable and most convenient prerequisite. Astronomy and mathematics are seen as playfuls of intellectuals. They are believed to have no philosophical or theological significance. There is real confusion between the churches, they must be involved in a fight on the orbit of the planet. Aristotle refuted the theory of solar centers, almost every major thinker in the Galileo era agreed with the mind. Copernicus has postponed the publication of his book for many years. He is not worried about the accusations of the Church, but rather because he is not worried about scholars' ridicule. Aristotle's school hidden in school brings the strongest resistance to new science. Aristotle is the master of intellectuals and reading his sentences carefully is considered superior to the natural research itself. Aristotle's universe is composed of two worlds, Super World and Sub World. The former includes the moon and everything else, it's perfect "Galileo, Science and Church" by Jerome J. Langford talks about the trials of Galileo and the Roman Catholic Church of the 1600s. It is a trial. The church opposed Galileo's view, mainly the theory related to Copernicus astronomy. The main purpose of Langford is to inform the reader of the truth of Galileo's trial, to show that Galileo was ultimately correct in his theory and did not attempt to violate the beliefs of the Church did. Galileo is only trying to find out the truth of science and hopes to be called a historical scientist. Therefore Galileo was unjustly condemned, ridiculed, and heresy was sentenced. History of the Galileo and the Catholic Church In the history of the Catholic Church, a single point of view was not questioned by many views like Galileo's condemnation. For many people Galileo's lawsuit proves that the church hates science and refuses to abandon obsolete doctrine, but it is obviously not absolutely right. For Catholics, this episode often causes embarrassment and frustration. - "You are Peter, above this stone I will build my church; and the gates of hell will not overcome it, I will give you the keys to heaven.What you do on earth Even if we release it, heaven should be released (Bible, Matthew 16: 18-19).

In the history of the Catholic Church, there was no episode that was heavily debated by the view Galois condemned. For many people Galileo's lawsuit proves that the church hates science and refuses to abandon obsolete doctrine, but it is obviously not absolutely right. For Catholics, this episode often causes embarrassment and frustration. In any case, it is undeniable that Galileo's life brings a clear change to scientific thinking throughout Europe, symbolizing the struggle between science and the Catholic Church. In 1543, Nicholas Copernicus of Cannon of Poland announced the "revolution about the celestial ball". In a general view, Copernicus discovered the earth going around the sun. However, this concept is as old as ancient Greeks. This work was ordered by a devout Protestant oshimunder from Copernicus, the book is likely to be criticized, but that book will be condemned. Therefore Ossian wrote the preface of this book, where the solar-center theory is only a theory to explain that the Earth's movement is simpler than the Earth-centered theory, and this theory is a clear sky It is not a description. The preface is not signed and everyone regards it as the author. Copernicus believes that the description of reality based on the theory of biological focus is basically unnoticed. In addition to the preamble, this is why he is still using Ptolemy's cycle and there are also reasons that this round can be relieved; as this is the only perfect form of exercise, the planet must move from Aristotle I also borrowed the concept. Before he was an old man and he was blind. He passed away in the same year 1642 as Isaac Newton was born There is no doubt that Galileo was unjustly punished and even the three investigators decided not to sign punitive documents (one of which is purely for political reasons). However, he was very lucky during this time. The situation may get worse The struggle between Galileo and the Catholic Church is the essence of the problem that people introduce new ideas to the world. This is an era when people are often convinced about the state and the church. Perhaps by not completely killing Galileo, the church shows that the times have started to change or not. However, this episode will definitely be a history as a turning point for science and religious thought. Episodes of the history of the Catholic Church have not been misunderstood as Galileo's accusations. In the words of Newman, discussion of shares that was used to show that science and Catholic doctrine are opposite. As is well thought out, the Galileo case is a kind of evidence that a free pursuit of truth can be achieved only after science is released from the bondage of medieval theology. This case creates neat morality between wise science and doctrine, and historians do not want to rectify anti-Catholic revolutions that are rarely done. Even many clever Catholics are trying to purge all the tragic things under the carpet. History of the Galileo and the Catholic Church In the history of the Catholic Church, a single point of view was not questioned by many views like Galileo's condemnation. For many people Galileo's lawsuit proves that the church hates science and refuses to abandon obsolete doctrine, but it is obviously not absolutely right. For Catholics, this episode often causes embarrassment and frustration. - "You are Peter, on this stone I will build my church; and the gates of hell will not overcome it, I will give you the keys to heaven.What you do on the ground Even if you bind you, you must be tied up. "Whatever you release on the earth, heaven should be released (Bible, Matthew 16: 18-19) St. Peter's Church Is essential to the Christian pilgrimage and is regarded as the most religious of all the churches of the Christian world. of In Galileo 's trial, the Roman Catholic Church was the largest Christian church in Western civilization. Morality includes reimbursement. The Catholic Church is guided by a father church t

The letter Galileo wrote to Grand Duchy Christina in 1613 caused many controversies. It was an indirect attack on the Catholic Church and its view was not "current", which caused such controversy. This article provides a comprehensive analysis of this document. It analyzes the context behind science and religion in the 17th century. Secondly, it will critically explain and analyze why the document is meaningful. In the discussion of Galileo, discussions between science and religion developed, with the focus of science and church Galileo. In fact, some people may regard it as the ultimate representative of the conflict. The view of scientists and theologians of the Galileo era is Aristotle's view. Until then, there have been no real arguments about the world view for about 2000 years. However, with the development of major scientific progress, a new theory about the Earth and the sky, including Nicholas Copernicus's view of the sky, has been revealed. This day theory of heart is completely contradictory to Aristotle's theory of geology and is the basis of Galileo's beliefs. In the Catholic world before the collision of Galileo and the Church, most educated people agreed with Aristotle's Earth-centered theory. Change history in 1582. As in 1: 16: 30, Psalm 93: 1, Psalm 96:10, Psalm 104: 5, Message 1: 5, topography will literally agree to interpret the Bible literally in several places. Description 26: 7). Heli centrhythm, the theory that the earth is a planet, is consistent with all other theories surrounding the sun and is contradictory to the general theological support of the theory centered on the earth and the theory. We have already updated works of Copernicus and Galileo in the 1500s. Until then, at least Europeans believed that the Earth is the center of the universe. But as they work, they propose a whole new world view. They say the sun is not the earth but the center of the universe. Their work was resisted by the church and Galileo was even arrested. Even though others have reached the same conclusion in front of them. They are not conspicuous. Probably church protests helped spread the work of them. Perhaps the invention of the printing press has made sure that their work has reached many people.

He published a book called The Little Balance, which explained and explained the principle of hydrostatic dynamics that weighs a small object that meant that he was a lecturer of mathematics at the University of Pisa before 1588. did. I was invited to a lecture. Galileo decided that the speech he made was Dante's hell. This lecture develops mainly in mathematics and maps the path to Dante's hell to show the size and amount of hell. Galileo may be the most famous astronomer, mathematician and scientist of his era. Indeed, his research is still very important today in many scientific advances. It is expected to improve the telescope and discover the orbit of the sun center of the earth. Galileo has many other substantive discoveries that have great influence on astronomy. In the early 17th century Italian physicists, mathematicians, astronomers, and philosophers Galileo Galilei were known for the modern revolution in the sports revolution and ancient natural philosophy. Galilei) I noticed that the old way to see the world had to go; he knew how to build a new way. He will do this through physics and mathematics. It is said that Galileo and Newton were the beginning of the scientific revolution; Isaac Newton was born a few months after Galileo's death. Newton's idea will eventually guarantee the acceptability of scientific methods. one more This document clarifies the present state of scientific knowledge before Galileo's astronomy was discovered, explains the contribution to Galileo's astronomy and discusses how subsequent discoveries will change the concept of the human universe . Galileo originally entered the monastery because he wanted to be a monk but eventually left the monastery and studied medicine at the University of Pisa as his father wanted. However, he had never completed a medical degree, and was interested in mathematics and philosophy. (Bellis, 2013; "Galileo Galilei," 2013)

In 1695 Galileo wrote a letter to Prince Christina. This letter discusses the relationship between traditional Bible beliefs (the foundation of social establishment), scientific discoveries and their interrelationships. The purpose of this letter is, scientific discovery is not a contradiction to the rumors and the Bible, is a natural law, is to inform that there is likely to be consistent with the Bible of belief rather than against them. In a letter to his grandfather Christina, Galileo science is G-d was hinted to be a means, which means the understanding of the Bible truth of the human being. July 17, 2013, Galileo sent a letter to the letter of Tuscany Christina large Duchess written by Galileo Galilee in 1615. Galileo was an Italian scientist who began discovering new discoveries in heaven in 1609. He found lots of things that did not fit. Church teaching Letters from Christina 's Grand Duchess of Tuscany were written by Galileo. Because he criticizes the Heliocentric theory created by the Galileo Galilei Institute of Duchess of Christina. Italian physicists were born in Pisa on 15th February 1564 (see Appendix B). He is the first of seven children. Galileo was educated by Mentor and his father who is a nobleman known for his musicology. At the age of eleven he was sent to a local monastery where he learned music like Greek, Latin, religious, and other nobility children. According to his father 's wishes, he continued to receive education and went to the university medical department at the age of 17. In 1695 Galileo wrote a letter to Prince Christina. This letter discusses the relationship between traditional Bible beliefs (the foundation of social establishment), scientific discoveries and their interrelationships. The purpose of this letter is, scientific discovery is not a contradiction to the rumors and the Bible, is a natural law, is to inform that there is likely to be consistent with the Bible of belief rather than against them. In a letter to his grandfather Christina, Galileo science is G-d was hinted to be a means, which means the understanding of the Bible truth of the human being.

In the early 16th century papacy, "good book" was a reference book for all scientists. If the theory is supported by that scripture, or at least not contradictory, that idea may be found outside the laboratory. Likewise, even if you can see literature no matter how excellent it is, there is no theory, but if it conflicts with the written text or the official interpretation of the Bible of the Church it is dismissive. For these reasons, the church suppressed the mind-centered mind and made it synonymous with Boo. Today, we can see the influence of Galileo's avant-garde thinking process and notice that they paved the way for current innovative thinkers and scientists. There are still many examples of the Galileo heritage. Some of these will directly affect the way we observe the universe and we will be able to discover it by observing the power of the infinite Hubble and the Herschel telescope. Another related example is the Galileo system, a global private satellite system developed in Europe as an alternative to GPS thanks to the Telespazio Space Center in Firag Abruzzo. Research on Galileo's astronomical discovery and Copernicus theory has created a permanent heritage, including the classification of the four large satellites Jupiter (Io, Europe, Muweid, Callisto) discovered by Galileo into Galileo satellites. . Including the conversion between the Galileo spacecraft, the first spacecraft entering Jupiter's orbit, the proposed Galileo global satellite navigation system, the classical mechanical inertia system representing Galileo transformation and gulls (units) Scientific efforts and principles were named after Galileo. It is a non-SI accelerometer also called Galileo. On 18th October 1989, NASA launched the Galileo spacecraft. The mission of the Galileo spacecraft is to explore the atmosphere of Jupiter and study the largest planet and its moon for two years. The spacecraft was deliberately placed in Jupiter's atmosphere on September 21, 2003, the final measurement was done and destroyed. On the way to Jupiter, Galileo took time to study Earth, Venus, Moon, and the two asteroids. It flew around Jupiter for two years, observed the surrounding satellites, gathered amazing photos of the planet, and determined the evidence of liquid water that could be under the surface of European moon in Jupiter's moon. The Galileo spacecraft was a great success with its mission and made some new and exciting discoveries.

Galileo was born in Pisa on 15th February 1564. His parents are Vincenzo Galilei and Guilia Ammannati. Born in Florence in 1520, Vincenzo is a music teacher and an excellent piperist. Gilia born in Pesia married Vincenzo in 1563 and settled in a village near Pisa. Galileo was their first child, and he and his family spent his early years in Pisa. In 1572, when Galileo was eight years old, his family returned to his father's home Florence. However, Galileo stayed in Pisa, lived with Mujotide for two years, and Mujotide had a connection with Galileo's mother through marriage. In the book, De Santillana detailed Galileo's childhood life, grew up during the Renaissance, and the son of a famous musician Vincenzo Galilee. Readers can read about the birth of his child, the teachings of Prince Cosimo, and much of Galileo's adventures, like the telescope he built in 1608 and 1609. After a short history of his life, you will read the contents of this book. The crime of Galileo Galileo's crime is his theory that the earth is not the center of the universe but the orbiting planet, the sun is in the center, and every planet goes round the sun. This was not something that other scientists at that time never raised. The problem is that many of his scientists thought he was right after he checked Galileo's notes, but the likelihood of being tried for heresy is too great. Life of Galileo, Scene 7: Brecht depicts important events of the lifetime of Galileo. The main problem in his life is the conflict between him and the church. The church certainly closed him, but Galileo insisted on where he presented his theory. He wishes that everyone in the market knows what he has found. That is why in the early stages of his forging telescope he allowed anyone to see the telescope to see it. Galileo's life and work Galileo Galilei is considered one of the best mathematicians ever. He changed his life through his own knowledge and made many people wonder. However, not all his works were accepted. Galileo asked the church to bring up an unforgettable controversy. Galileo Galilei was born on February 18, 1564 in Pisa, Italy. He is a member of the Nobel family, the son of Vincenzo Galilei, a musician and mathematician. Galileo, very young, in his way, Italian philosopher Galileo Galilei succeeded in developing many laws that define and explain how things work. He accepted the laws of other people and examined them He faced a family challenge and church troubles, but he told him to prevent doing all he did in his life I did not allow you to accept test conditions. . Galileo is known as the father of contemporary astronomy. Galileo di Vincenzo Bonauto de Galilei

Lack of qualification is defined as failure or refusal of compliance, such as established habits, attitudes, or ideas. Those who do not meet the criteria choose people or things that do not fit established habits or ideas. In any case, this person will bring about a positive or negative change. Galileo Galilei is an example of compliance violation. Galileo is a Italian philosopher, mathematician, astronomer and physicist, and is known mainly for his theory that the modernization of astronomy and the earth is not the center of the universe. Civil disobedience - citizen disobedience in 1926 is defined as the refusal to comply with certain laws or government requirements to affect laws or government policies. It features nonviolent techniques such as boycotting, picketing, nonpayment of taxes. Civil disobedience is caused by morality as a legal mistake or nonviolent protest called illegal act. In the 19th century, American writer Henry Why is illegal acts behaving citizens disobedience? When is civil disobedience morally justified? How should the law respond to people participating in civil disobedience? Discussion on civil disobedience tends to concentrate on the first two problems. The most widely accepted explanation of civil disobedience, known by John Rawls (1971), is public, nonviolent and due diligence designed to achieve legal or government policy It is an act of. change. Therefore, people participating in civil disobedience are willing to accept the legal consequences of their behavior as they show that they are faithful to the rule of law. Citizens oppose to be on the border that they are faithful to the law and are said to be legal protests, conscience rejection, revolutionary behavior, extreme protests, and, on the other hand, organized compulsion protests. When should you allow citizens for disobedience? Should it be allowed? The definition of civil disobedience is to refuse to follow government efforts to change laws and government policies or legislation. Without the government, our society may be confusing, so civil disobedience is not an effort to dissolve the US government. Sometimes, when there is an unjust law and the government does not take the initiative to restore the law, the citizen must act as a citizen's disobedience to raise awareness.

The mysterious light seen on the moon is a typical example of the mystery of Fortin. Known as transient month phenomena (TLP), they are the mysteries of astronomers from the earliest days. But as astronomer Peter Greg pointed out, despite numerous detailed observations, we do not seem to be closer to understanding what these abnormal flashes are. Immediately after the invention of the early 17 th century telescope astronomers began to notice that the moon is our only natural satellite and less as lively as the Earth. The moon circles the earth in a circle called a track. It takes about 28 days to go round the earth. The sun is always shining half of the moon. The moon is not a light source, it does not have its own light. The moon is visible because it reflects the light from the sun. The moon seems to change the shape (stage), but what we really are looking for is the way the moon is illuminated by the light of the sun is different from day to day. During the Renaissance period, Nicolas Copernicus proposed the solar center model of the solar system. His work was defended, expanded and modified by Galileo Galilei and Johannes Kelper. Galileo added technological innovation to enhance the observation using a telescope. Kelper designed the system correctly describing the details of the planetary movement, centered on the sun. Beginning in 1609, Galileo Galilei used a recently invented telescope to observe the sun, the moon and the planet. He saw the moon mountains and craters, and for the first time revealed that the planet itself is the world. Galileo also provided powerful observational evidence that the planet circulates around the sun. The observation of Venus by Galileo is particularly prominent. In the Ptolemy model, Venus is always between the earth and the sun, so it is necessary to mainly observe the night of Venus. However, Galileo was able to observe the daylight side of Venus. This shows that Venus is opposite the Earth's sun. Galileo is a pioneer of the idea that all celestial bodies reflect light. He suggested that the moon is the reflected light of the earth, it emanates from the sun, and that we (the people on earth) are reflecting the same light towards the moon. "For the exchange of equality and gratitude, the earth will repay to the moon in the same way as the light received from the moon almost always in the darkest darkness from the moon." (Galileo, p.XX) That is, People think that the earth is lit

Telescope is one of the most important inventions in astronomy. They opened the sky and made it possible to see what people had not seen before. With the help of the telescope, scientists can transcend the visible sky and understand what is in the night sky. From the earliest Galileo telescope to the incredible telescope used today, they make it possible for people to see the size of the universe and what constitutes the universe. How do the telescope open the universe? When Galileo made a telescope and turned it to Jupiter, he not only observed something outside the earth for the first time but also proved that the night sky is bigger than the small p. Secret of Hubble's Universe Since Galileo made the telescope empty in 1610, any event changed the understanding of our universe like the development of the Hubble Space Telescope (HST). Galileo's telescope uses a simple arrangement with two lenses in an elongated tube. Galileo can see the object ten times more clearly than ever before. Hans Ripper Shay in Middleburg, the Netherlands, was praised for inventing refractories in 1608 and the army first used the equipment. Galileo was the first person to use it in astronomy. Both Lippershey and Galileo are designed with a combination of convex and concave lenses. In about 1611 Kepler improved the design of the two convex lenses. And that reversed the image. Kepler's design is the main design of today's refractor and was later refined to improve lens and glass. In other places in Europe, scientists began to improve the telescope. Johannes Kepler studied the optics and designed a telescope using two convex lenses. This makes the image appear to be upside down. According to Kepler's work, Isaac Newton believes that it is best to use a mirror instead of a lens to make a telescope, and in 1668 a reflex telescope was made. Centuries later, the reflecting telescope will dominate astronomy. In 1897, the Yakes Observatory in Williams Bay, Wisconsin opened the largest refractive telescope (the lens used to collect and focus the light). But Yerkes' 40 inch (1 meter) glass lens was quickly eliminated by a large mirror. Hooker's 100 inch (2.5 m) reflecting telescope was held in Mount Wilson Observatory in Pasadena, California in 1917. Astronomer Edwin Hubble decided that Andromeda Nebula is far away from the Milky Way (2.5 million light years) and far away from the galaxy (as one astronomer thinks) Telescope is one of the most important inventions in astronomy. They opened the sky and made it possible to see what people had not seen before. With the help of the telescope, scientists can transcend the visible sky and understand what is in the night sky. From the earliest Galileo telescope to the incredible telescope used today, they make it possible for people to see the size of the universe and what constitutes the universe. How do the telescope open the universe? When Galileo made a telescope and turned it to Jupiter, he not only observed something outside the earth for the first time but also proved that the night sky is bigger than the small p.

Free fall experiments One of the main topics discussed in physics is the study of free fall, or the effect of gravity on any object. Experiments are aimed at studying the mechanical or gravitational effects of subjects by analyzing specific vectors related to free fall versus time map. These studies on free fall are important if further research on projectile movement is done. The purpose of this research was to show that velocity, acceleration and distance are related. One is actually another slope. Galileo first introduced the concept of free fall. His classical experiment led to the discovery that all objects freely fall at the same speed, regardless of their quality. According to legend, Galileo threw balls of various qualities from the Leaning Tower of Pisa, and supported his idea. Free fall is an object that moves only under the influence of gravity. These objects accelerate downward towards the center of the Earth. Newton later accepted the views on the dynamics of Galileo and formulated them into his law of motion. This document is very good at essay.com/Free Fall If you wish 100, be sure to understand the history of free fall. Prior to 1638, Galileo attempted to explain the features of these movements, paying attention to the phenomenon of free falling objects. Galileo was neither the first person who studied the Earth 's gravitational field nor the first person who accurately described its basic features. However, relying on scientific experiments to establish the physical principle by Galileo will have a major impact on future scientists. It is unknown whether these are hypothetical experiments to explain concepts or actual experiments performed by Galileo, but the results obtained from these experiments are realistic and convincing. According to the biography of Galicho student Vincenzo Viviani, Galileo proved that the falling time is not related to its quality by throwing away the balls of the same quality but different quality from the Leaning Tower of Pisa. The only persuasive solution to this problem is that all agencies must fall at the same rate. Tested by experiment This is because free falling objects move very fast. What? The idea that Galileo will slow down the move is to let the ball roll on the slope instead of falling vertically. (Fowler) These experiments were very successful as even his most rigorous critics (Wudka) can not deny the result. What? Galileo's inclined aircraft experiment changed completely by focusing on acceleration, is this the stage of movement that most of Aristotle and his followers ignore? (Galileo Plan). Did Galileo fundamentally invent the concept of Fowler, the rate of change of the moving speed of the object? (Walter 7) Acceleration is an important part of modern physics, and the first thing Galileo replaces on his behalf was when he tried to prove his role as the first contemporary scientist.

Everyone does not want to admit that they have flaws and drawbacks. Admitting such a thing is equivalent to admitting a failure. Power and self-discipline create excellent atmosphere. Just wearing the high pedestal makes it difficult for it to fall. It is impossible to become ambitious enough to avoid temptations and physical defects. This is human nature, it is a way to learn. Even wealthy people have weakness among them, no matter how important others are, or how holy it is. A careful medieval story suggests that Aristotle suggested that his student Alexander suggested avoiding the enchanting mistress of the king, Felice, but he was fascinated by himself, and she rides him . Phils secretly talked about what happened to Alexander, and witnessed Phyllis proving the fascination of women and even overcoming the wisdom of the greatest philosopher's men. Artists like Hans Baldung have created a series of popular theme illustrations. In modern times, scientists such as William Harvey in the UK and Galileo Galilei in Italy reacted to Aristotle's theory and other classical thinkers like Garen, establishing observation and experiments to some extent. As the new theory Aristotle thinks, Harvey shows blood circulation and ensures that the heart works as a pump. It is not a controller of soul's position and body heat. The Inquisition Galileo was used by the Inquisition as a target for his observations and experiments. 2 Because his teachings are different from the socially recognized Aristotle's concept, the Inquisitor believes that he should be persecuted. The observation of Biarritz by Galileo is more realistic, and more importantly, through the use of experiments and telescopes, he is still sentenced to life sentences. Galileo Galilei was born on 15 February 1564 in Pisa, Italy, 3 Galileo was born.

"Scientific revolution is an important milestone in the evolution of human psychology." The emergence of new astronomy during the scientific revolution has changed many ideas and methods in society. After the revolution, the scientific revolution took place in the 16th and 17th centuries. Meanwhile, the church felt the threat of new astronomy. The new astronomy in the 16th century and the 17th century has received many contributions from people, which have changed the scientific ideas and methods of human beings. People who make the greatest contribution to changing ideas and methods are as follows. Nicolaus Copernicus, Galileo Galilei, Sir Isaac Newton During the 16th and 17th century scientific revolution, Italian scientist Galileo Galilei contributed greatly to mathematics, physics and astronomy. His work in proofing the so - called "father of modern science", a model of the galactic solar - centered theory, conflicted him with the Catholic church. The law of falling is one of the important contributions to Galileo's physics. Regardless of weight or shape, you can see that the object falls at the same speed. Throughout his experiment Galileo was against the general Aristotle's view that heavier things fell faster than light ones. He calculated that the distance the object moved is proportional to the square of the time it takes for the object to reach the ground. Galileo also proposed the notion of inertia - the idea that the object is stationary or moving until it is acted by other forces - this is one basis of the law of Isaac's movement Despite the observations, experimental, mathematical and mechanical principles used to gather philosophical thought information of the scientific revolution, Isaac Newton, despite some predecessors like Galileo Galilei, It was the greatest contributor to the scientific revolution. Galileo gathered valuable information through observation and experimentation; through Renaissance, society had Newton science, a broader knowledge base of scientific methods and rational thinking.

Christoph Scheiner was born on Wald in Swabia on July 25, 1573. He grew up in his youth with the popularity of Jesus' religious society (Jesus). The Jesuits is a division of traditional Catholicism and the value set by the Jesuits reflects the principals held directly by the Catholic Church. Some people argue that the formation of the Jesuits is itself a retaliatory anti-reform and was designed to fight Protestant reforms that dominated Europe in the first half of the century (O'Malley, 43). A very important German Jesuit scientist, Christoph Scheiner, insists that the visible spot of the sun is actually a satellite, which means the sun is a planet with satellites. Galileo got angered with this suspicious claim and wrote some disdainable letters. These letters made Galileo a very dangerous enemy. Successful success of Galileo began to cause doubt and embarrassment. The sermon was preached by Florentine's "Galileist", and some people complained that he "defused the angel's residence by seeing the spots of the sun and the moon, reducing the hope of heaven" It was. It is permissible to interpret the Bible as a fable. But later he was accused of interpreting the Bible in a manner inconsistent with the teachings of the Roman Catholic Church. essay.com/Galileo: scientist, scholar, rebel army. The struggle he overcame to prove the life of Galileo in the 17th century and the theory of the rotation of the earth around the sun Galileo: Scientist, scholar, rebel. The struggle he overcame to prove the life of Galileo in the 17th century and the theory of the rotation of the earth around the sun After a brief controversy about floating matter, Galileo again turned his attention to the heavens and discussed the nature of sunspots with the Jesuits in Germany and mathematics professor Christoph Scheiner (1573-1650) in Costa Rica. Independent discoverer) This controversy led to the record of the history and characteristics of Galileo that appeared in 1613, or "Sunspot Letters". Contrary to Shiner, in order to preserve the perfection of the sun, the sunspot is considered to be the moon of the sun, Galileo thinks that these spots are on or near the surface of the sun, and a series of details We strengthened the viewpoint through observation.

A performance that allows special performances or some people to see movies, plays, products, etc. in front of the public. We saw the preview recording of the show, but the official show will be recorded with the live audience. What? Subscribe to the YouTube channel and continue video production. Please watch our complete video library at VocabularyVideos.com A preview of this actual sentence is about a new procedure, a trial under the threat of torture. The interim record that Galileo signed on June 21 repeatedly asked whether he had the theory of Copernicus Earth movement every time he denied that Galileo condemned this doctrine in 1616 It was. Communication between Galileo and his judge deserves full reference: Q: From the book itself, and the reasons given for affirmation, that is, the earth is moving, the sun is stationary Since he thought that he had Copernicus's opinion, or at least his opinion then, unless he decides to provide the truth, it is said that people can appeal to legal remedies and take appropriate measures It was. Each article in the sample contains a statement that states the statement of purpose, the statement of preliminary observation, the review of the sentence, and the value of the investigation. Student research and writing may not be as complicated as our sample scholars, but students will write for professors who read many papers - soon. Many studies show that readers read and better remember what they are reading when the writers inform them what they are doing and how to get there (Meyer 212-16 ). This is an important principle that students should learn. Improving the writing skills of the topic sentence is essential for the essential writing to succeed. A topic sentence usually appears at the beginning of a paragraph, informing the reader of the expectations of each paragraph. Please emphasize the "main view" of that paragraph and think of it as a preview of movies and newspaper headlines. Please make sure that the text of your subject has reached the standard and that the rest of your writing will be breeze. Please explain your main idea clearly. Since your topic sentence may be the first sentence of a paragraph, it is necessary to state clearly the subject of your paragraph rather than being confusing or difficult to understand. It must include your theme and opinion, or your control idea. Please confirm that the following sentences have detailed information on your topic sentences.

Greek 's great thoughtist Aristotle was born in 384 BC. Stagilus, the city of ancient Macedonia in northern Greece. At the age of 18, Aristotle went to Athens and began studying at Plato University. He stayed at university for 19 years and became a teacher and independent researcher. After Plato died in 347 BC, Aristotle spent 12 years traveling and living in various places around the Aegean Sea for 12 years. It was during this time that Philippe of Macedonia asked Aristotle to be a personal tutor of his son Aleksandr. That year, Galileo received education on Aristotle's physics at college. Galileo began to question Aristotle's physics approach. Basically he argued against Aristotle's theory and insisted that all objects fell at the same speed in vacuum regardless of their weight. He wrote his findings in his book "De motu". That means On Motion. When Galileo was 65 years old, he made his most famous invention - a telescope. It is the central tool of the so-called 17th century scientific revolution. It appeared in the Netherlands, but it was Galileo who made this instrument famous. In six months, Galileo made a 32x telescope. It can also be adjusted as a microscope. He set it for heaven and began the age of telescope astronomy. In the sixth century Europe, byzantine scholar John Philoponas questioned Aristotle's physics education and pointed out its flaws. He introduced the theory of propulsion. Prior to the appearance of John Philoponus, Aristotle's physics was not scrutinized, unlike Aristotle, his physics was established on the basis of oral discussion, and Philoponus relied on observation. Regarding Aristotle's physics, John Philoponus wrote as follows. "But this is totally wrong, our view can be more effectively confirmed by actual observations.You will notice that the proportion of time needed for exercise is not dependent on the weight ratio, The difference is very small over time. These words are that Aristotle is not Zeno In fact, this argument is not attributed to Xeno of Aristotle. However, there is a view of Simplicius ((a) Aristotle's Physics, 139.24) derived from Zeno. That is why it is included here. Aristotle initially assumed that the body is "perfectly" separable "; the second phase of the discussion explicitly states that it can be divided into parts. Part size is not completely divided yet. (The important thing is that the body is actually composed of these parts. Remember from the previous part by dividing all parts into two and getting these parts. Dimensional part These parts may not do anything at all, as Zeno said, or even if it is "part of a point" or if there is nothing in that part, the body is the same.

The scientific revolution discusses different beliefs and attitudes of Cervantes, Banyan, Milton, Spinoza and Pascal. Discuss their skepticism / doctrinal beliefs, the reasons behind them, and your opinion. The scientific revolution brought about a sudden explosion of revolutionary inventions, thoughts and literature. Many people believe that Cervantes Saavedra, Spanish writer Miguel, is one of Spain's best writers. Spain is a Catholic country, and many of its documents reflect this value. Similarities between scientific revolution and enlightenment thought In this article we will explore the similarities between scientific revolutionary thought and enlightenment thought. The scientific revolution represents the era when the universe was drawn in ways observed through the advancement of science in the 16th and 17th centuries. Enlightenment refers to a kind of campaign born of a revolutionary new scientific thinking that occurred in the latter half of the 17th century. What is the Science Revolution? And why is it important for Europe? When is scientific revolution useful for development? These are some of the questions many people raised when asked to define the scientific revolution and enlightenment of the 17th and 18th centuries. The terms "scientific revolution" and "enlightenment" are used to describe two important stages Europe encountered in the 16th and 19th centuries. The scientific revolution of the 17th century had a major impact on Europe Let's see. The scientific revolution is the name we use to explain the important scientific breakthrough that happened in the 16th and 17th centuries. The scientific revolution is closely related to enlightenment, which is an intellectual movement from the end of the 17th century to the 19th century. Nicholas Copernicus became the early leader of the scientific revolution based on modern (or solar-centered) cosmology. Galileo Galilei is another important person. He pioneered the development of the telescope and was condemned as a heathen who supported the heart of Copernicus. During the scientific revolution, many scientists made a significant contribution to the field of astronomy. These scientists include Galileo Galilei, Nicholas Copernicus, and Marie Winkelmann. Copernicus was admired by believing in the heart center where the sun is the center of the universe. It is the most important contribution of the scientific revolution. It raises the hearts of other scientists and casts doubts on the beginning of how the church draws the universe. Galileo further refined the telescope and observed it. He proved that the universe is not composed of substances resembling the Earth. With the idea of ​​Copernicus and Galileo, people began to ignore the beliefs of the Earth 's beliefs. Since the church doubted the overall interpretation of the universe church, he began to attack the ideas of Copernicus and Galileo. Another excellent astronomer is Mary Winkelmann.

Bertolt Brecht 's life and work In this article I will look at Bertolt Brecht' s life and work Bertolt Brecht is a famous drama expert who has had a great influence on understanding of drama and performance. First, I will introduce the brief history of Brecht. It is important to understand the background of his life in order to understand the motive of writing a drama and making it in his own way. You will see a direct connection between the events in his life and the drama and technique he spreads. Game analysis: Bertolt Brecht 's "Galileo Life" Brecht' s work revitalizes the senses, making the audience a state of critical enthusiasm. He used the epic drama idea to further drama his work, so I draw the character in a realistic way so that the audience can form those views. - Failure is defined as failure or rejection of compliance, such as established habits, attitudes, or ideas. Those who do not meet the criteria choose people or things that do not fit established habits or ideas. In any case, this person will bring about a positive or negative change. Galileo Galilei is a noncompliant example of a positive change due to noncompliance. "Galileo's Life" is a drama by German playwright Bertolt Brecht and there are several editions including English version written by Charles Lawton in 1947. The play was called "Brecht masterpiece" by British guardian "Michael Billington". Joseph Losey directed the first English version in 1947 and produced a movie based on the 1975 playlist. Fabaro, Antonio, editor. (1890-1909) Le Opere di Galileo Galilei, Edizione Nazionale (Italian). Florence: Barbera. ISBN 88-09-20881-1. Searchable online copies of the Florence Museum of Science and History are offered. A brief overview of Le Opel is also offered in a fine book in Finland. In Bertolt-Brecht's play "Galileo", the main character Galileo Galilei gave up and headed to the ideal of life. A small monk warned Galileo before revealing his discovery. It could have disastrous consequences for the metaphysical order of society. All the concepts of peasants, working class, religious rights, and the world humanities science will be broken. A similar situation is obvious in the movie "Brave Heart". Mel Gibson is playing Scottish farmer William Wallace under British rule. British soldiers killed his wife and father, and he caused a revolt against the British. After organizing a small group of soldiers, he asked Scottish nobility and their troops for help. But through his anger, the metaphysical order of the people around him was destroyed.

Let's learn about Descartes's skepticism. In order to begin to understand René Descartes' suspicion, it is necessary to stop prejudice and earlier judgment and start with a clean list of "to discover some of the ultimate truths based on all ideas" (Kolak , Pg. 225). Descartes is skeptical of his beliefs and is embarrassed about his ignorance. He began to complete the task of finding absolute truth. Among them he is based on his beliefs. 1637 - Descartes' method papers were published with one of the classical papers of this century. These articles appeared shortly after Galileo condemned and decided that Descartes would not release his huge "world". The importance of combining words with intermediaries is almost not exaggerated. 1638 - The second book by Galileo, mainly "Two new scientific discourses", was published by Protestant Leiden outside Italy. This work attracted the work on Galileo's previous sports and the second "new science" (in retrospect, Galileo was not so successful) dealt with the strength of the material. René Descartes, Methodology, Galileo Galilei, Letters to Tuscany Christina: Pope's interrogation in 1633: Galileo "Sir Isaac Newton", "Mathematical Principles of Natural Philosophy" Manuel Kant, What is Enlightenment , Dennis Diderot, "Observations of encyclopedias of art and science" Voltaire, philosophical dictionary: British model, Mary Worthcraft, advocacy of women's rights, Jean Jacques Rousseau, association contract Descartes in "methodology" support his argument for immortality of the soul through different arguments. In methodology, Descartes is trying to explain his reasoning method. He explains the development of this approach through a short autobiographical sketch combined with philosophical arguments. Descartes has five parts in his "methodology", which shifts his argument from light theory to human structure theory. Descartes is thinking about the fact that animals resemble humans, as animals have many organs like humans, separating them from humans is a lack of speech or reasoning power. He regards this difference as evidence of a human "rational or calm soul". He observes the mysterious relationship between the soul and the human body and concludes that the soul must live outside the human body.

A few years ago, astronomers' telescopes, astronomers did not have the advantage of a telescope. You can only observe with the naked eye. It was the first time Galileo made a better telescope to observe the universe for the first time. Most of the telescopes you buy today are better than the telescope he uses. These telescopes generally revolutionized astronomy. When Galileo first saw the sky picking up the telescope, he saw something wonderful. He saw a crater on the moon, a black spot on the surface of the sun, and a small satellite around Jupiter. Galileo, a letter that plays a central role in the drama of the same name is a scientist considered to be the invention of a telescope representing the spirit of science. Telescope is a tool used by astronomers to examine the facts of tomorrow's body and its movement. It is a window for scientists to get objective knowledge of the world. It opposes superstition, blind faith and ignorance, and religious orthodox representing the present situation. What Galileo did with the telescope was the key to understanding the conflict in the play. Tension is the relationship between science and the telescope represented by Galileo, the relationship between the religious Orthodox represented by the Church and the relationship between the different groups of the Church. Spectroscopy is one of the most important tools for astronomers to study the universe. In this chapter we will explain the basic items including various types of spectrometer from ultraviolet to near infrared. Focus is on the fundamental principle of the spectrometer and how to use the trade-off with the design of the observation experiment. Then, it introduces observation and reduction techniques, point out that some standard practices for plane expansion tend to reduce the quality of data rather than actually improving the data. Although the focal point is in the point light source, the spatially resolved spectrum of the extended light source will also be briefly explained. In order to provide the fundamental knowledge necessary for acquiring optimum data to the spectro-logist, the differential absorbance, the dense effect, the multi-target method, the optimal extraction, the plan considerations, and the determination of the radial velocity and the velocity dispersion This section explains. Vienna's displacement law is a tool that astronomers and other scientists use to determine the peak wavelength of object emission. Since each wavelength in the visible spectrum has color, this can give clues about the color of the object perceived by the human eye. This law determines the peak wavelengths of radiation from various objects, from firewood flames to incandescent bulb elements, heat radiated from the human body, stars in the deep cosmos. If you think hell's fire is actually a fire, you can use it to determine the peak wavelength of the hell's fire radiation and therefore you should be able to describe that color.

Today, Galileo is watching the moon. The Faculty of Engineering at the University of Houston introduced a series of machines that make our civilization work and people who created them in their own way. When Galileo was 25 years old, he applied for mathematics at Florence Design University. Although he could not get the job, the fact that he worked at the major art academy in Florence is very important. Galileo is a serious artist and master of perspective technology. Twenty years later he discovered an important usage of this ability. It was the eye of his artist that eventually cut off the surface we could not see the moon. For Aristotle, the moon is a perfect sphere. That's how people still see it in 1609. Of course, the perfect ball is very smooth. A pure moon is not a base. The church of the 16th century used it as a symbol of the concept of Immaculate. In 1609, an innocent person was not called to purely drive snow but was pure as was the moon. People think that the signs they see on the surface are mirror images of the incomplete earth. Then British, Thomas Hariot grabbed a new Dutch telescope and made a rough sketch of the moon. He painted a terminator and separated the light from the darkness as a jagged line. However, he did not suggest that the surface of the moon itself is jagged. Instead, he is confused as to why a jagged line appears on a smooth ball. Five months later, Galileo turned his handmade telescope to the moon. He has never seen a Harriot sketch, he has two advantages. First of all, in 2000 he was the one who revolutionized Aristotle's idea. He is not devoted to the perfect moon The second advantage of Galileo is that he is an artist. He made a yellow-brown picture of the moon at a changing stage. They are beautiful pictures with a brilliant shine. But they have no doubt about the surface of the pockmark. When others saw his picture, they immediately saw what they could not see before. These moons instantly change from smooth to coarse - like an illusion transform Galileo continued to calculate the height of Moon Mountain from the cast shadow. Currently, modern poets Milton, Dawn and Dryden write articles about the surface of the rugged moon. By 1612, when Virgin appeared on the ceiling of New Roman Cathedral, she was now standing on the crater of the moon. Galileo passed safely through the brush. His trouble with the Vatican was put in front of him. His attack on Aristotle's idea eventually leads him to a serious dilemma. But for the moment he has won a part of the fight without any real opposition. I am John Lienhard of the University of Houston. We are interested in working way of creative thinking. (Theme music) Edgerton, S.Y., Jr., Galileo, Florence 's "deceno", and the moon "strange spots". Art magazine, volume. 44, No. 1,1984, pp. 225-232. The Galileo moon sketch is at http://galileo.rice.edu/sci/observations/moon.html. In February 2011, creators Hillenburg announced the first release of the 32-page Double Moon Comics series, Sponge Bob Comics series. This release is the first time Hilenburg wrote its own book. He said, "I hope that fans will eventually enjoy my SpongeBob cartoon book." The comic series was published by Bongo Comic Group by Hillenburg Production Company, United Plankton Pictures. The character of this series had previously appeared in Nickelodeon magazine and Cine-Manga, but the first SpongeBob manga is when these characters first appeared in their own manga book in the United States. Hillenberg expresses the story in manga books as "Original, Spongebob Series Humor, Character, and Always Faithful to the Universe". The second original feature identified by Pilbeam (29) is a unique dentition. Small canines of Sahelanthropus, such as TM 266-01-060-1 (holotype) and TM 266-02-154-2, have the characteristic that they lead to specimens close to the later human family; Sahelanthropus enamel enamel , Medium thickness compared with chimpanzee is thick, but

Francesco Redi's life and accomplishments Francesco Redi was born in Arezzo, Italy on February 19, 1626. He passed away in Pisa, Italy on March 1, 1697. His father is a famous Florentine doctor working in the court of Gregorio Lady, Medici. His mother's name is Cecilia de'Ghinci. Lady is the oldest among nine brothers. On May 1, 1647, I got a degree in philosophy and medicine from the University of Pisa. On 26th April 1648 he was registered with Collegio Medico in Florence and served as chief physician and supervisor. Francesco Redi, the son of Gregorio Redi and Cecilia de Ghinci, was born in Arezzo, Italy on February 18, 1626, is the oldest brother among nine brothers ("Francesco Redi"). First, he went to the Jesuit of Florence. Then in 1647 he graduated from Pisa's philosophy and medicine ("Franchesco Reddy's Life"). He often moved to Rome, Naples, Bologna, Padua, Venice. In 1648 I worked as a mentor in the Rome Colonna family and Florence for 5 years. - Stephen Spielberg is an important and successful American film director and producer today. Spielberg supervised, shared, and collaborated with many famous movies, famous actors and actresses. Likewise, Spielberg showed that he is very devoted, especially in Hollywood, as he has been married to his wife for over 20 years. Steven Spielberg is an influential American, he changed the film industry, he made great success in the movie, and he had a good chance. Francesco Redi lived during the Galileo event. This case was used as evidence of "repeated conflict between religion and science" (see Battle of Galileo's Heaven). The experience of Francesco Redi contradicts this interpretation. Francesco Redi lived a comfortable life in Florence. While working on the same street, I worked for the same person. He died without encountering church problems. The use of Italian rather than Latin in Galileo should be a matter of the church. But for Francesco Redi this is not the case. Any challenge to Aristotle should be a matter of the church. Aristotle is the proposition of a life form like grasshopper. This is exactly what Lady has proved. The Galileo incident should have led to the decline of Italian science. An important advance in Redi in the scientific method only occurred immediately after Galileo 's event at Galileo was adopted by Galileo.

In the latter part of the 17th century, when the Protestant Reform movement came to an end in most parts of Europe, a new revolution was about to begin. It is now known as the "scientific revolution" - it is mainly due to the combination of two main factors. First, the famous revolution before the reform showed that it is not special that it doubts public opinion, and sometimes it even welcomes it. Secondly, at the time, the Europeans made technological progress - especially as the telescope advanced, the observer could observe the night sky further - individual scientists are more interested in observing the world around him I had many tools. The emergence of new astronomy during the scientific revolution has changed many ideas and methods in society. After the revolution, the scientific revolution took place in the 16th and 17th centuries. Meanwhile, the church felt the threat of new astronomy. The new astronomy in the 16th century and the 17th century has received many contributions from people and it has changed human scientific thought and method. People who make the greatest contribution to changing ideas and methods are as follows. Nicolaus Copernicus, Galileo Galilei, Sir Isaac Newton During the 16th and 17th century scientific revolution, Italian scientist Galileo Galilei contributed greatly to mathematics, physics and astronomy. His work in proofing the so-called "father of modern science", a model of the galactic solar-centered theory made him conflict with the Catholic church. The law of falling is one of the important contributions to Galileo's physics. Regardless of weight or shape, you can see that the object falls at the same speed. Through his experiments, Galileo was contrary to the general Aristotle's view that heavier things fell faster than light ones. He calculated that the distance the object moved is proportional to the square of the time it takes for the object to reach the ground. Galileo also proposed the notion of inertia - the idea that the object will remain stationary or move until another force works - this is one of the laws of Isaac's movement Despite some predecessors like Galileo Galilei despite the philosophical thought observations, experiments, mathematics, and mechanical principles for gathering information of the scientific revolution, Isaac Newton is the largest to the scientific revolution It was a contributor of. Galileo gathered valuable information through observation and experimentation; through Renaissance, society had Newton science, a broader knowledge base of scientific methods and rational thought.

Herophilos, Father of Modern Science: Brief Biography of Ancient Greece 335 BC C.E. Children were born in Calcedon. One day, this child will become one of the most influential parts of contemporary science and medicine we know. The name of the boy is Herophilos. Little is known about Herophilos, except that he left Chalcedon (now Turkey) and moved to Alexandria (1) early in his life. Heroophilus, after completing his education, became a teacher and writer (1). He is responsible for nine known texts, including his book "On Pulses" explaining the blood flow from the heart to the arteries (1). Galileo is known as "father of modern observation astronomy", "father of modern physics", "father of science" and "father of modern science". As an object of kinematics, Galileo studied the motion of an object that accelerates uniformly in nearly every high school and physics course of an introductory university. Contributions to his astronomical observations include identification of the telescope at the Venus stage, discovery of the four largest satellites of Jupiter, the honor of Galileo satellite, and the observation and analysis of sunspots. Galileo also works in Applied Science and Technology, improving compass design Herophilos, Father of Modern Science: Brief Biography of Ancient Greece 335 BC C.E. Children were born in Calcedon. One day, this child will become one of the most influential parts of contemporary science and medicine we know. The name of the boy is Herophilos. Little is known about Herophilos, except that he left Chalcedon (now Turkey) and moved to Alexandria (1) early in his life. Heroophilus, after completing his education, became a teacher and writer (1). He is responsible for nine known texts, including his book "On Pulses" explaining the blood flow from the heart to the arteries (1). Galileo Galilei (1564-1642) is considered the father of modern experimental science. Pioneered dynamics as accurate kinematic science and proved the validity of Copernicus's argument in the face of the denial of Aristotle's scholars and Roman Catholic theologians through the use of the telescope. Galileo was born in Pisa on February 15, 1564, was the first of six children of Florentine businessman and part time musician Vincenzo Gallerie. At the age of eleven he was sent to the Camaldolese school of Vallombrosa, and he will become a priest in addition to his father's opposition. In 1581, he entered the University of Pisa to pursue a medical degree, but he soon became more interested in mathematics. With the agreement of his father's reluctance, he gave up his medicine. He left the university without a degree, led the outrageous existence from 1585 to 1589, and compiled mathematical educational subjects.

The work by Zoraniel Heston "their eyes see God" reveals one of the most important objectives of life, including various cultures, including every aspect of enlightenment. As she embarked on the path of self-discovery through past relationships, this novel explores the life of Janny Crawford that was decided. The idea of ​​the way to release dates back to Siddhartha's teachings. However, as that concept inspires all humans to transcend "vision" as Janie explains, it is still recycled in the 21st century. Pursuit of identity in American literature depends on personal feelings, culture and social stability. Stability is the final stage of this task. Therefore, I think that there is a strong interdependence relationship between the two. Unless we mention emotional, social and cultural stability, we can not talk about identity. In addition to these three-dimensional human nature, another important aspect of American identity is female identity. Pursuit of identity in Brecht's "life in Galileo" From one period to another through the historical process, human beings have always tried to perpetuate what they believe. Please discover your true identity and status. It is necessary to understand that the common theme in all literature is to seek identity and belonging awareness. - Galileo, Science and Church, Jerome J. Longford Science and church, two things you do not normally think will always exist until Galileo appears. Galileo who spread his head to the world, especially to the church should do different things. This special book shows the problem between Galileo and the church and other bystanders. Pursuit of identity and pursuit of vesting: In the process of becoming an American, promoting affiliation belonging to "I am a member?" And "Who am I?" I gave up the culture and language of my home country . At last I picked my name and got married and made it beautiful. These changes are not always a conscious choice, but I have made changes over the years and years. As time went on, my dreams and my childhood memories became English again. I answered the identity and affiliation issues: "I am an American, I belong here." But this will compensate - I will adapt by giving up part of myself.

Heliocentric Catholic Church We are seeing the world today as a planet turning around the earth and the sun. Of course, that is not the case. Aristotle created a model in which everything surrounds us and creates models of the Earth-centered of the known universe since God created the earth and mankind. Because this model is centered on God, it is widely accepted by people and churches. Scientists began to challenge this model until Aristotle's era. Advances in technology and theory, and a heliocentric model began to form and reacted strongly to the church. In 1514, Copernicus laid the foundation of his sun-centered universe while rotating the other sun-centered and all other planets, including the Earth. Fearing the revenge from the Catholic church, he quiet the theory. It took 39 years to publish the main manuscript of his theory. Nicolaus Copernicus developed a cosmological sun center model that places the sun in the center of the universe, not the earth. For the Catholic Church this is actually shocking news that they believe they are a threat to the authority of the faith system of their belief system - including the Earth in the center of authority -. They did not address the facts about the situation, but they attacked Messenger. Copernicus was very concerned about the heretic hearing that he postponed his research until the death of 1543. Giordano Bruno chased Copernicus and was burned. Galileo was arrested before dying In 1610, Galileo Galilei published his observations of planetary movement. He supported Copernicus's heliocentric theory. The earth and other planets go around the sun. In 1616, the Inquisitor asserted that solar center theory is heretical. In 1633, Galileo was officially heard by the Inquisition Office and was admitted that "the suspicion of the heretic is strong." He was sentenced to life imprisonment and was forced to give up and was arrested until his death in 1642. From 1758 to 1555, the Catholic Church abandoned the general ban on books promoting the solar-centered theory. The church came to defend Galileo only in the 1990s.

Galileo was an Italian astronomer, physicist, engineer, philosopher and mathematician and played an important role in the scientific revolution of the Renaissance. He was born on February 15, 1564 in Pisa, Italy. He passed away in Italy's Arceletri on January 8, 1642 at the age of 77. He did not invent the telescope, but he made the telescope in 1609 and was the first person. I will study the sky with a telescope. In 1633 Galileo was convicted as a heretic for dialogue and sent to his home near Florence. In addition, he is a Catholic, but he is against the teaching of the church. Furthermore, instead of just observing what is in nature, he sets experiments to test his theory. For this reason, he is remembered as the father of experimental science. The scientific revolution is an era when new scientific ideas are introduced into society. The scientific revolution laid the foundation for the critical foundation of modern science. Sir Isaac Newton is an influential scientific revolutionary. He made numerous advances in science and mathematics, discovered gravity, developed the basic laws of the three movements, and jointly developed calculus. - Age of Enlightenment is an advance in the change of European culture and knowledge, which began with the scientific revolution of the 16th and 17th centuries. The scientific revolution and the discovery of nature will ultimately challenge people's perception of the world around them. Scientists questioned the flawed ancient creed that the church continued to support widely and found a true answer. Similarities between scientific revolution and enlightenment thought In this article we will explore the similarities between scientific revolutionary thought and enlightenment thought. The scientific revolution represents the era in which the universe was drawn in ways observed through the advancement of science in the 16th and 17th centuries. Enlightenment refers to a kind of exercise born from the revolutionary new scientific thought that occurred in the latter half of the 17th century. What is the Science Revolution? Also why is it important for Europe? When will the scientific revolution contribute to development? These are a few questions that many people raised when asked to define the scientific revolution and enlightenment of the 17th and 18th century. The terms "scientific revolution" and "enlightenment" are used to describe two important stages Europe encountered during the 16th and 19th centuries. The scientific revolution of the 17th century had a major impact on Europe

Time is an unchanging force that changes the social structure until today. As Galileo said: "It is not that we measure measurable things and make them measurable" (Galileo 1-5) means measuring something including time. A specific function is required to succeed, but the most prominent of these is maintaining an accurate time measurement to create a systematic timeline for building prosperous business is. (Galileo) In the earliest way in the easiest way you can go back to BC. "But that is not perfect - if you want to confirm that it is accurate to the second one, you need to adjust it once or twice a week.To use my city's main clock for setting.Weekly You need to take a telescope from the Naval Observatory in Washington, DC for 1 or 2 seconds to the Naval Observatory via the main clock of the country 1 or 2. The United States is not perfect and needs to be re-adjusted occasionally. I can not live without a watch. This is a very important invention. For many years equipment has been used to keep track of time. However, the first watch was invented in the 2nd century BC. This is the sun's clock. The movement of the sun through the sky makes it possible to simply estimate the time from the length and position of the shadow projected from the vertical bar. If the place where the sun's shadow falls is marked, you can record the time in a consistent way. The result is the sun's clock. Then the water clock was invented. The water clock called Greek "leak pot" tries to measure the time according to the amount of water dripping from the tank. If the flow of water is fully controlled, this will be a reliable form of watch. But actually I can not. "Leak Pot" is in Egypt in 1400 BC through Greece and Rome, Arab civilization and China, and even in Europe has a history of glory in the 16th century. But it is more like a toy than watch Today, the ability to keep track of time seems to be taken as usual. You can know the exact time by watching clock, watching phone. The time to invent such a battery-powered gadget is completely different. For example, in the ancient world, it is a commonly used diet. However, this time measurement method has drawbacks. Of course, sunlight only functions under the sun and can not maintain a certain time allocation. In order to compensate for these drawbacks, a water clock was invented. Although no one has decided the manufacturing time and manufacturing location of the first watch, the oldest dates dates back to 1500 BC and dates back from the grave of Pharaoh Amenhotep I of Egypt.

Valley of the Valley Brahedi Brahe provides a lot of information to the scientific community and will never be forgotten. Brahe had a great impact on the scientific revolution and its events. Many people in the Brahe era believe that what was discovered through the scientific revolution is about the world. It is this time that people believe that the Bible or their beliefs will definitely emphasize the reasons for the scientific revolution. Tycho Brahe is very similar to his family. Tycho Brahe was born in a noble Danish family in Skane, Denmark on December 14, 1546. In front of my father, Otte Brahe reached an agreement with Tycho 's uncle Joergen Brahe, and if Otte' s first child was a boy, he decided to make Joergen adopt and nurture. It certainly was a boy, but my father changed my mind, and I did not want to hand a boy to his uncle anymore. Therefore, when my next child, a boy was born, my uncle abducted Digu. Originally Digu's father was very angry, but when he noticed that Digu became his heir to his uncle and inherited his uncle's great fortune for a long time, he calmed down . Tyge (Tycho in Latin) Brahe was born on Skane on December 14, 1546, now born in Denmark, Sweden. He is the first son of Otto Brahe and Beatte Bille, both of which are "from the aristocracy of Denmark" (Internet resource). He was raised by his uncle Brahe and became his heir. He went to the University of Copenhagen and Leipzig, then went to the province of Germany to study in Wittenberg, Rostock, Al Qaeda. A tool to help him learn. Tycho Brahe is a very important person and brings new ideas to astronomical research Three important scientists in this era are Tycho Brahe, Galileo and Isaac Newton. Tycho Brahe (1546-1601) judged the sun to be the center of the universe. Galileo (1564-1642) is the first scientist who invented the telescope and observed the earth. He decided that there was a star and a mountain in the moon. Isaac Newton (1642-1727) is very important as it invented calculus to mathematically prove mathematics. He is also the creator of universal gravity law. He is a very pious man, he thinks nature is wonderful, and we do not understand nature by myself.

The martyrs of modern science are wearing long-blood red robes among the other ten men and their elaborately decorated crosses like gold and jewels are placed on their neck I will. You concentrate your attention on you as if they were judging you. You are Galileo Galilei, it was in 1633, you have been tried by Roman Inquisition officer. You have been guilty of heretics because you are imprisoned in your house. The cold day on February 15, 1564 was the birthday of Galileo Galilee. What did Aristotle invented? Modern science ... Aristotle invented the vocabulary of modern science ... Several important prejudices that modern science is frustrating ... in the process, the lens that Aristotle type contemporary science can see . He formed an eye mask (169). He defined basic pixels, and since then the scientists have conceptualized them as "hypothesis", "evidence", "axiom", "theorem". He invented zoology, introduced the terms "genus" and "species" to biology and helped organisms to be classified into different groups based on common characteristics. In groups: Modern civilization is the gift of science. Scientific miracles and blessings and awkward explanations. Modern science and technology method system There are too many miracles in contemporary science, and they can not be explained by essays. Electricity, Telephone, Television, Radio, Movie, Airplane, Rocket, Telegraph, Computer, E-mail, Internet, X-Ray, Nuclear Power, Energy etc are the best grace and miracle of modern science. We need science in our daily life. Computers are one of the greatest marvels of modern science. It is a substitute for human brain. This is the latest way to exchange ideas and ideas. Humans have used this miracle of contemporary science in every aspect of their lives. In the distant future, men will become dolls and computers will work with every brain.

Louis XIV reigned the French king for 72 years and made him one of the longest rulers in Europe. He was interested in art and changed French culture from medieval to highest. Rui does not want residual feudalism, he wants absolute monarchy. His goal is to make the monarch the most important political authority. Louis XIV symbolizes absolute monarchy and is a very powerful monarch who helps France gain enormous power. Louis XIV was the first child of Louis XIII, it was Anne of Austria, thought to have been given by God. Louis XIV is indeed a perfect synonym of the absolute monarch. He has the responsibility to make decisions, concentrate power, admire the monarchy, and fully govern the government. All of these prove that Louis XIV is a powerful "dedicated god" dictator. That is why he is a good example of an absolute monarch. Absolute monarchs dominated the policy of absoluteism. Absolatism insists that the King rules over the rights of Buddhism through the undeniable authority that the king legally asserts (French National Building and Louis XIV). Based on this, Louis XIV of France and Suleiman I of the Ottoman Empire are absolute monarchs. Every ruler believes that for his sacred right, his power belongs only to him and to him. - Versailles is a symbol of absolute monarchy. It is cut, elaborate and expensive. An example of the isolation of Louis XVI from other parts of France is that he made a short trip on a trip to the French state, Cherbourg. Recent politicians can not be regarded as being away from the outside world or the elite. It is hated by people Day 2 Political theory: Development of absoluteism theory Louis XIV, magnificent monk. Distribution of electricity and concentration of nobility, monarch and bourgeoisie. Practice of monarchy: So far, a comparison of princes (students choose princes from Eastern Europe and Western Europe to compare with Louis XIV, Elizabeth I and Philip II). René Descartes, Methodology, Galileo Galilei, Letters to Tuscany Christina: Pope's interrogation in 1633: Galileo "Sir Isaac Newton", "Mathematical Principles of Natural Philosophy" Manuel Kant, What is Enlightenment , Dennis Diderot, "Observations of encyclopedias of art and science" Voltaire, philosophical dictionary: British model, Mary Worthcraft, advocacy of women's rights, Jean Jacques Rousseau Contract

Every day we experience the law of Sir Isaac Newton. In the car, cart, even fighting. All these laws concern exercise. You can experience the first law during parking, the second is to press the shopping cart, and the third is underwater. Basically, Newton's First Law states that "moving objects tend to keep moving, but objects that are stationary tend to remain stationary unless forced by external forces." I will feel the law, let us say 70 mph, it suddenly stops. Today, Newton's law of three movements - the law which describes the law of motion of object in this world and the law of universal gravity of Newton - the law which describes the law of force, gravity, mass etc in the universe is most important It is considered a physical chapter. He also studied the nature of the light, he introduced the reflecting telescope, and he also produced calculus and others. Galileo Galilei: A famous Italian scholar, also known as the world's most famous physicist, astronomer, engineer, philosopher and mathematician, Galileo Galilei was born on 15th February 1564. He is a major player of the scientific revolution - the emergence of modern science and the largest astronomer in science history. Newton's first "principle" explains Newton's three laws of motion. Newton's first law is the application of modern physics. Newton's first kinetic rule states, "Unless external force is applied, the body will remain stationary and the body in motion will maintain a constant motion." This rule is also known as the principle of inertia. The second law of Newton defines "mass and acceleration forces, which is the first major difference between weight and weight." Newton's third law states that "All actions are the same I will react. " This law is used in today's rocket, his most famous legislation. Newton was able to learn how gravity between Earth and Moon was calculated using his three laws. (Asimov, 108). Newton's three laws can be explained as the basis of motion theory.

All objects in uniform motion state remain in this motion state unless an external force is applied. Galileo pioneered the first law, also known as the law of inertia. In the era of Galileo it is impossible to observe moving objects and this is a fairly conceptual leap, as at least some friction will interfere with movement. Indeed, for more than a thousand years before Galileo, educated people believed in Aristotle 's statement that there was external forces that would create this type of movement no matter where the move occurred. The second law actually means the first law. Because (because no force is applied), the acceleration is zero, meaning constant speed. (The speed is just a short time.) Newton's third law implies the conservation of momentum [138]. From the second law it can be said that when the object "pushes" the second object at the (massless) contact point with the applied force, there must be equal cancellation of force from the second object Recognize. Otherwise there is a non - zero net force at the massless point and according to the second law the contact point will be accelerated infinitely. That is, Newton's law is as follows. Numerous physical sciences have been developed by applying this simple B.1 mathematical law to various physical situations. Newton developed three laws of motion, which produced a universal law of gravity. The law of his movement is the law of the nature of mechanics. Newton's three kinetic rules are as follows. Law of Inertia - Static objects tend to remain stationary unless subjected to external forces. Second Law - If you add unbalanced force to an object, the object will accelerate. There is an equation that fits this rule, F = ma. This means that the force is equal to the mass multiplied by the acceleration. Third law - each behavior has the same but opposite reaction Today, Newton's law of three movements - the law describing the law of movement of the world object and the law of universal gravity of Newton - the law describing the laws of the universe such as force, gravity, mass is the most important It is considered a physical chapter. He also studied the nature of the light, he introduced a reflecting telescope, and he also created calculus and others. Galileo Galilei: The famous Italian scholar, Galileo Galilei, also known as the world's most famous physicist, astronomer, engineer, philosopher and mathematician, was born on 15th February 1564. He is the major player of the scientific revolution - the emergence of modern science and the largest astronomer in science history. Newton's first "principle" explains Newton's three laws of movement. Newton's first law is the application of modern physics. Newton's first kinetic law states that "As long as external forces are not applied, the body remains stationary, and the body in motion continues to move constantly." This rule is also known as the principle of inertia. The second law of Newton defines "weight and acceleration force, this is the first big difference between weight and weight." Newton's third law states that "the same opposite for all actions There is a reaction ". This law is used today in modern rockets and is one of his most famous laws. Newton was able to learn how gravity between the Earth and the moon was calculated using three laws. (Asimov, 108). Newton's three laws can be explained as the basis of motion theory.

The role of the Catholic Church in Western civilization is furious with the passage of Western times and the development of Western society. Even though the West is no longer completely Catholic, the Catholic tradition of Western countries remains strong. The church is an important foundation for school education, Western art, culture, philosophy, and other influential religious participants. In many ways, it wishes to influence the advantages and disadvantages of Western Europe in many areas. In Galileo 's trial, the Roman Catholic Church was the largest Christian church in Western civilization. Morality includes reimbursement. The Catholic Church is guided by the Church Godfather, which provides a means of eternal redemption. Catholics who do not renounce Catholics endanger their souls. Protestant is the enemy of Galileo, which is derived from the conversion of the Catholic Church. Because it deprives of their true ideals. In 1500, the Roman Catholic Church was very strong in Western Europe. There is no legal choice. The Catholic Church carefully kept its position and those who were thought to be opposed to the Catholic Church were considered infidels and burned. The Catholic Church does not tolerate its 'deviation from doctrine'. Because "soft" performance may be interpreted as a weak point that may be abused. This represents the great power given to pastors by the Catholic Church at the local level. Local residents believe that the local pastor is a "passport" to heaven. Because they knew there was no difference, they were taught by the local pastor since they were born. After the service of the church, ignorant people of church worship constantly repeat such information. Therefore, keeping your pastor happy is considered a prerequisite for going to heaven. The role of the Catholic Church in Western civilization is furious with the passage of Western times and the development of Western society. Even though the West is no longer completely Catholic, the Catholic tradition of Western countries remains strong. The church is an important foundation for school education, Western art, culture, philosophy, and other influential religious participants. - "Civilization and its dissatisfaction" is a book written by Sigmund Freud in 1929 (originally called "Das Unbehagen of der Kultur" or "culture anxiety"). This is considered Freud's most important and widely read work. In this book, Freud explains his view by listing the basic tension between him and civilization.

His work gently and softened from the study of this journey. 1645 was an important year for Murillo, he married a wealthy Beatriz Cabrera y vilarobos who received his first important committee. In the past 10 years, Murillo's popularity is rapidly rising. He broke through the opponent and became the most popular painter in Seville. From the 1640s to the late 1950s, Murillo was the busiest year for artists, but his life had many obstacles. In 1658, Murillo visited Madrid again and his research had a big impact on future work. According to the popular legend, after reviewing his theory of the movement of the earth around the sun, Galileo wrote a rebellious phrase "but it is moving" where it is reported. In the 1640's the Spanish painter Bartolome Esteban Murillo or his school painter painted and the letters were hidden in the restoration work of 1911. Galileo, he obviously saw the word "E pur si muove" written on his wall. The earliest written document of the dungeon legend can be traced back to the first century after his death, but Stillman Drake wrote: "These famous words were attributed to Galileo before his death There is no doubt. In the story first published in Chambers' "Edinburgh Daily", and in the American "Alton Telegraph", in the evening declared by a young African slave possessed by a Spanish painter named Bartolome Esteban Murillo, In the art studio, "zombi" appeared in painting work by Murillo's disciple. However, none of us believe that the assertions of young slaves and the presence of zombies are African myths. (Mulillo's famous painting "Magic Worship" has a black man as one of the three wise men, you can read more about the medieval art color here.) Other excellent Baroque style painters are as follows. See also Portrait Painter Vanderke (1599 - 1641): Baroque portrait - and most important still life and animal painter French Snyder (1579 - 1657). Among the great Catholic Baroque painters who came from Spain are strong realist painter Jusepe Ribera (1591 - 1652), contrast specialists of light and dark and Francisco Zurbaran (1598 - 1664) of Tenebury and Bartolome Esteban Murillo of Seville (1618-82). Religious painting known for its idealization and sentimentality. In French Baroque art, the top Caravag painter is Georges de la Tour (1593-1652). In Italy, Parma artist Giovanni Lanfranco (1582-1647) was introduced and the decorative artist Baciccio (1639-1709) of that traditional artist Genicse uses bright colors. Draw a shadow During the Baroque period, the most famous Spanish Baroque painter was Velázquez. Diego Velázquez is best known for his noble paintings. However, the comparative example in this case is a photograph of his servant Juan de Paleha. The image is not as clear as the image of El Greco, but it is more natural than previous work in art history. The color is subtle and more natural. The clear contrast of light and dark is clear. Please also be aware that this image has nothing to do with religious myths. The art of this era is more adventurous in terms of the theme, not religious advertisement.

The age of enlightenment was a wonderful idea like big change, emergence of reform, and Isaac Newton, Johannes Kepler, Galileo Galilei, and Copernicus. These people removed the way of thinking in a new way of thinking and brought about the necessary change in the scientific revolution. Enlightenment has made people think more critically, even Galileo Galilei (1564-1642, Buckler, J., Crowston, para. 592 paragraph 6) to integrate the "experimental method". If you like, it allows people to start thinking about "out of the box". Napoleon and enlightenment were research periods throughout Europe in the 18th century. This time is important for science and other academic progress, but the most important thing is that we can open up great ideas such as Napoleon Bonaparte's idea. Immediately after enlightenment passed Europe, the revolution and the civil war hit France during the period from 1879 to 1899. The riot of the day needed a strong thing. Enlightenment, transcendence, and Puritan Theology: Three philosophies of the 3 rd century were formed in the United States. Each philosophical period overlaps with another philosophical period, so all three have similarities and differences. Due to the emergence of these philosophies, different writers have different views and formed American prose. One of the main enlighteners is Thomas Paine. Thomas Paine wrote an article called "The Age of Reason". In this article, he completely contains the ideology of enlightenment Napoleon will be inspired if we define a tyrant who has understood enlightenment as a ruler with absolute power and rules of enlightenment. When he reigned France, he used many thoughts of enlightenment. As Iris pointed out, he finished the feudalism system in France, surpassing the wise tyrant such as Katherine and Frederick the Great. Napoleon supports scientific research and regards it as "a basic and rational basis of modern knowledge" (p. 410). Religious tolerance is also part of the Napoleonic Empire. Perhaps the greatest indication of Napoleonic enlightenment is that he believes that everyone is equal and that they want the same. This is reflected in his "professional talent" policy. If you remember correctly, we decided to use Austrian Joseph II as the most sensible tyrant. He and Napoleon seem to have reformed the same thing in each country, that is, the abolition of feudalism system and religious tolerance. 389)

Infinity of Nutshell Infinity was a mysterious and chaotic concept for a long time. Aristotle laughed at the idea, Galileo ignored the disgusting and threw it away, Newton tried to abandon the problem altogether. However, Georg Cantor changed the infinite view of mathematicians with a series of extreme thinking. You really should read my full report, if you want to know about infinity, then this paper will just make your toes very wet with the concept of Cantor. Cantor uses very simple evidence to prove that ideas such as infinity are worth more than other infinity. The oldest mathematical infinity concept emerged in the ancient Indian language Yajur Veda. "When deleting a part from infinity or adding a part to infinity, the rest are infinite." Infinity is Jain mathematics. Topics in philosophical studies at home. 400 BC They distinguish between five types of infinity: Infinite in one and two directions, infinite in the region, anywhere, infinite forever. Aristotle defines the Western mathematical infinite traditional concept. He distinguishes between real infinity and potential infinity - a generic consensus is that only the latter has real value. Two new sciences of Galileo Galilei discuss a one-to-one correspondence between infinite sets Always talk about the relationship between God infinity and mathematical infinity. Research on Georg Cantor's infinite mathematics has been condemned to destroy the infinity of God, but Cantor believes that the infinity of God is absolutely infinite, which exceeds the other forms of infinity . Exodus 20: 5-6 out of the Ten Commandments said, "You must not bow to them or worship them, the Lord your God is the god of desecration for me The fourth generation of people who hate me expressed love (NIV) to the people who loved me and kept my commandmans JI Packer said that the divine jealousy is "to protect the relationship or it is broken We will believe that it is "to retaliate against it when it is done" and that it is "the aspect of his love for his own contract."

Ulysses spacecraft is the first and only spacecraft designed and researched to study the sun from outside the latitude of the sun. All other spacecraft studying the sun follow the same ellipsoid as the Earth. Spaceships are part of a joint venture between NASA and ESA. Originally known as the two space missions of the International Solar Mission, it was reduced to investigations for the reduction of funds by NASA. This led ESA to design the spacecraft, and NASA departed from the space shuttle discovery in 1990. Jupiter flew seven missions - Pioneer 10, Pioneer 11, Traveler 1, Voyager 2, Ulysses, Cassini and New Horizons. The two missions of NASA's Galileo and Juno are actually orbiting the earth. Two missions plan to study Jupiter's satellites: NASA's Europe clipper (launched in the 1920's) and European space station Jupiter Ice-like moon explorer (JUICE) was launched in 2022 and 2030 In the year we arrive at Jupiter System Research Ganymede. Callisto and Europe. Pioneer 10 reveals how dangerous the Jovian radiation band is, and Pioneer 11 provides data on large red spots and close-up pictures of poles. Travelers 1 and 2 astronomers created the first detailed map of the Galilean satellite, discovered the circle of Jupiter, discovered Io's sulfur volcano, and helped see the lightning on Jupiter's clouds. Ulysses found that the impact of solar wind on Jupiter's magnetosphere was greater than before. For years, Jupiter's information and images are mainly from flight. Flight includes Pioneer 10, Pioneer 11, Traveler 1, Voyager 2, Ulysses. Most of these tasks began with investigating the outer solar system and gathering information to return to Earth with Jupiter. Therefore, it plays a dual role. Recent Mission of Galileo was launched in 1989 for Spring Shuttle Atlantis to Jupiter for two years research and produced more specific information about the planet. Let's take a look at each task. (2) Essay.com/ "The Greatest Planet" This is a research paper on Jupiter. It includes unmanned missions to Jupiter and the general features of the Earth. There are 6 references "The largest planet" This is a research paper on Jupiter. It includes unmanned missions to Jupiter and the general features of the Earth. There are 6 references

The development of science and technology can be noticed for many years. Advances in science and technology make life better, easier and more efficient. I will take up a computer as an example. In the past, computers were as large as the room, and computer screens could hurt their eyes, so it was uncomfortable to use. On the contrary, today the size of the computer is as small as the palm size, and the display is excellent. Unlike previous computers, computers are slow and limited in function Current computers are fast and have all the functions people need in their daily lives. Science and engineering are other fields that have made major changes in the Renaissance era. Many new and exciting discoveries have been discovered mainly in the field of anatomy, astronomy, and physics. Advances in engineering also paved the way for many of the world's most important inventions, such as telescopes, watches, and glasses. Revolutionary Renaissance scientists and inventors include Galileo Galilei and Leonardo da Vinci. In 1507, an Italian author named Burda Salay Castiglione published a book named "Kottel" famous by Italian writers. Inspired by his observation of the public actions of people in this book, Castiglione outlines the way he thinks "perfect" men and women should behave. Half a century ago, with the invention of printing press, many people in Europe read "The Courtier" at once. During the Renaissance, artists expressed desire for the natural world in a realistic way, at the same time rediscovered Greek philosophy, artists began learning mathematics. They are both engineers and architects of that era, so we need math anyway. It has been strongly studied from the point of view of painting art, and from the development of geometry involved. In the 17th century, mathematics and scientific thinking throughout Europe increased unprecedentedly. Galileo observed the orbiting satellites of Jupiter using a toy-based telescope imported from the Netherlands. Digubrach collected a large amount of mathematical data representing the location of the sky planet. Through Johenes Kepler 's position as an assistant to Brahe, he first took a communication on the theme of planetary sports and exchanged seriously. Kepler's calculation was simplified by the logarithm devised by John Napier and Jost Bürgi.

Christian beliefs on responsibility to others In order to answer this question, we refer to the teachings of the Bible and the church. So, I will divide this article into two parts. The first part is the Bible, the second part is about the teaching of the church. Because this question involves prejudice and discrimination, the exact meaning of these words is also necessary to answer it. Prejudice - Prior judgment using only one opinion. I love and care about people of all sorts of beliefs, ethics, opinions, lifestyle from all walks of my life. I am concerned that people and Christian churches can quickly alienate or eliminate heretics and heretics. Homosexual lifestyle and homosexual marriage. I think God clearly states that marriage is a relationship between men and women. As mentioned in the previous public statement, the work of the Apostle Paul on homosexuality in the Bible is also very obvious. Many people have different views on the Church of Jesus Christ of Latter-day Saints. Some say that Mormons are fanatics destroying the beliefs of other Christian churches. Some people think they are not true Christian churches They hide their faith in their religious investigators and they retain important details of their faith before you become a member I will. - Inquisition of the Witch and the Catholic Witch. That word itself evokes some kind of surprise. In the past few centuries, people accused of witches have been considered the worst. There are several witches and several ways to do things. Whatever its reason, the Catholic Church believes that witches or witches are accused of guilty. It refers to a Christian and a church belonging to the Roman Catholic Church. Being a Catholic requires people to have a specific identity, belief, values ​​and traditions that is different from others practicing Christianity. The Catholic Church insists that it has inherited the true tradition of the Apostolic Church and has evolved into its own Christian chapter for many years. The Catholic Church is also part of the whole Catholic subculture, and in the trial of Galileo the Roman Catholic Church is the largest Christian church in Western civilization. Morality includes reimbursement. The Catholic Church is guided by the Church Godfather, which provides a means of eternal redemption. Catholics who do not renounce Catholics endanger their souls. Protestant is the enemy of Galileo, which is derived from the conversion of the Catholic Church. Because it deprives of their true ideals.

Tycho Brahe was born in a small town called Knudstrup in Scania, Denmark on December 14, 1546. Kidnapped by his uncle and brought up in Scott's Tostrup castle, he was full of pain in his early days. His education was supported by his uncle who went to Copenhagen University to study the law from 1559 to 1562. It was during this time that Brahe had a strong interest in astronomy. He saw a solar eclipse that seems to happen on 21st August 1560 and he found that how to predict this property is attractive. Three important scientists in this era are Tycho Brahe, Galileo and Isaac Newton. Tycho Brahe (1546-1601) judged the sun to be the center of the universe. Galileo (1564-1642) is the first scientist who invented the telescope and observed the earth. He decided that there was a star and a mountain in the moon. Isaac Newton (1642-1727) is very important as it invented calculus to mathematically prove mathematics. He is also the creator of universal gravity law. He is a very pious man, he thinks nature is wonderful, and we do not understand nature himself. It is difficult to choose favorite early modern astronomers from the Copernicus Pantheon, Kepler, Galileo, Newton, but people who are better than Tycho Brahe in order to do "not to believe or believe" No, I do not. . Brahe was a Danish nobleman (1546-1601), carefully observing and measuring the path of the planet and allowing Kepler to draw out the laws of three planetary movements. But before you start the party, let's explore some strange things about the life and death of Brahe. When I was young, Brahe discussed mathematics with his colleagues. Deciding to resolve this conflict is not through mathematical induction but through sword fighting. Brahe's opponent beat his nose. I do not want to live with an unfavorable face, Brahe made a fake nose. Historian, after digging his body in the 20th century, speculated that his nose was made of brass and the nose was made of something.

However, regardless of his current state of mind, he still lives in business management and living. One day, when I got on the countryside, Francisco faced leprosy. To my surprise, Francis dismissed the hand of the leper and kissed. When the kiss came back, he was overwhelmed. When he left he finally began seeing leprosy patients. From that day, Francisco saw this incident as a trial of God that he passed (Biograpy.com). & Lt; Tab / & gt; Francis began to examine his beliefs after his brother became a priest, and he wrote a secret. It consists of three imaginary conversations between Francesco and Saint Augustine. This book should be a "secret" book for private meditation. This book reflects his inner crisis and emotions of depression, Augustine's advice solved the problem and remembered the reading. & Lt; Tab / & gt; In 1345, Francis began collecting his letters. He called it Familiares or Familiar Letters. The series eventually covered from 1325 to 1336 and was written in 350 letters among 24 books. Then Francisco started the letter of the old man or the elders. This collection was finally written in 128 letters in 18 books covering 1361 - 1373 Francesco Redi was born on 18 February 1626 in Arezzo, Italy. Since 1642, his father is an individual doctor of the Tuscan archduke. Francisco studied at the Jesuit school in Florence. He completed medical research in Pisa in 1647. After heading to Rome, Naples, Bologna, Padua, Venice, he began practicing in Florence. From 1657 to 1667, Francesco Redi was a member of Academia del Cimento (experimental university). Redi was appointed by Grand Duke Ferdinando as director of private doctor and duke nurse Cosimo 's son, Francisco I (1541 - 1587), was an incompetent ruler of the ferocity of Tuscany. His younger brother Ferdinand (1549-1609) became a cardinal at the age of fifteen, became the principal after the death of Francis in 1587. Ferdinand II is a competent CEO and Tuscany is growing fast again. In 1588, Fernando appointed Galileo as a professor of mathematics at the University of Pisa. In the year he joined, Ferdinand married Christina (1565-1637) of Lorraine, the eldest daughter of French Queen Catherine Demetics. Christina has a good impression of Galileo and in favor of a kind, he found the position of his brother Benedetto Landucci in exchange for Galileo's service at Padua. For Christina, Galileo wrote his science and his letter on the Bible later on "Letter to Mrs. Lorraine's wife Christina."

A preview of this actual sentence is about a new procedure, a trial under the threat of torture. The interim record that Galileo signed on June 21 repeatedly asked whether he had the theory of Copernicus Earth movement every time he denied that Galileo condemned this doctrine in 1616 It was. Communication between Galileo and his judge deserves full reference: Q: From the book itself, and the reasons given for affirmation, that is, the earth is moving, the sun is stationary Since he thought that he had Copernicus's opinion, or at least his opinion then, unless he decides to provide the truth, it is said that people can appeal to legal remedies and take appropriate measures It was. Each article in the sample contains a statement that states the statement of purpose, the statement of preliminary observation, the review of the sentence, and the value of the investigation. Students' research and writing may not be as complicated as our sample scholars, but students will write for professors who read many papers - soon. Many studies show that readers read and better remember what they are reading when the writers inform them what they are doing and how to get there (Meyer 212-16 ). This is an important principle that students should learn. Improving the writing skills of the topic sentence is essential for the essential writing to succeed. A topic sentence usually appears at the beginning of a paragraph, informing the reader of the expectations of each paragraph. Please emphasize the "main view" of that paragraph and think of it as a preview of movies and newspaper headlines. Make sure that the text of your subject has reached the standard and the rest of your writing will be breeze. Please explain your main idea clearly. Since your topic sentence may be the first sentence of a paragraph, it is necessary to state clearly the subject of your paragraph rather than being confusing or difficult to understand. It must include your theme and opinion, or your control idea. Please confirm that the following sentences have detailed information on your topic sentences.

Plato was born in an aristocratic family of Athens in Greece. When he was a child his father, Ariston, was thought of as the descendant of the early king of Athens, and his mother Perictione married Pyrilampes. When young, Plato is always interested in political leadership and eventually becomes a disciple of Socrates. He follows his philosophy and dialectic, and it is believed to pursue the truth through questions, answers and other questions. After witnessing the death of Socrates in the hands of the Athenian Democrat in 399 BC, Plato left Athens and continued his trip to Italy, Sicily and Egypt. Reasons why I chose: Scientific genius of Einstein, Darwin, Newton, and Galileo. The basic philosophy of Socrates, Plato, Aristotle is the cornerstone of Western civilization. Da Vinci and Maimonides have extraordinary abilities to pursue an interdisciplinary spirit. King Solomon's wisdom and women's "international mystery". Finally, Al Ma'arri, Spinoza (Darwin, Galileo, Socrates) has the courage to stick to their own thoughts despite the serious impact of public contempt on death. Finally, I summarize the main points explained in this article. These are very easily integrated into Plato's genius. Its purpose is to emphasize the main reason Plato object to democracy. Plato's claim is shaped by his wonderful idea and another point of his creative genius is shaped by the world in which he lives. There is the possibility of creating a chaotic and disorderly society, which ultimately leads to tyranny, there is a decline in motivation for governance. Second, Plato believes that democratic means of choosing leaders in the world to which social classes and groups belong is not a fertile basis for nurturing an ideal leader. Finally, Plato believes that leaders should be trained for leadership purposes from a young age. Genius Geography, Eric Weiner. Plato once said that "the honor of a certain country has been cultivated there." For teachers, coaches, managers, or anyone who can build other high-quality cultures, you need to read it. In addition, the text of Weiner is very interesting and belongs to his own league. Grit, Angela Duckworth. Talent x effort = skills and skills x effort = achievement. Duckworth says that what matters to us is not nature or cultivation, but cultivating our nature. Being able to stick and stick there is like Duckworth's so-called "grit". She received the MacArthur Genius Award for her research.

By the 1600's, the way the solar system and the entire universe started to observe have changed. In the controversial conclusions of Copernicus, scientists began to adopt the concept of the solar system in the solar center. Further development of astronomy was achieved through the work of Tycho Brahe and his assistant Johannes Kepler. The three planetary laws developed by Kepler and the data collected by Brahe form a way for science to closely observe the structure and movement of planets in the solar system and continue to this day. German astronomer Johannes Kepler of the 17th century accepted the claim of Nicola Copernicus (which can be traced back to Samos Alistar Kos) that the planet goes around the sun instead of the earth. Using an improved measurement of planetary motion by the 16th century Danish astronomer Tycho Brahe, Kepler depicted the orbit of the planet with simple geometric and mathematical relationships. At the same time, Italian astronomers and natural philosopher Galileo Galilei made progress on understanding the "natural" movements of the Earth's celestial body and simply accelerating its movement. This force is necessary to change the movement and it is not necessary to maintain the same movement. When studying how an object falls to the earth, Galileo discovered that motion is a constant acceleration. Johannes Kepler (1571 - 1630) was in charge of developing the Keplerian law of planetary motion. These laws include sweeping across equal areas at equal time intervals where the planet's orbit is elliptical, the sun is at one of the two focal points, and the line connecting the planet and the sun is equal Yes. The long axis cube is proportional. Kepler was one of the first people to integrate in the fields of physics and astronomy. This caused some controversy, but his idea was widely read and accepted after his death. When Newton derives Kepler's law from the universal gravity theory, they become part of the classic of scientific revolution.

Aurora Borealis' folklore and science imagined that on a cold night in October you walked to your car and something eye - catching. Regardless of whether you are busy or not, you will walk around the street and begin to turn to 360 laps. Because what you see is far from what you have seen before. The loop of the green and blue whirlpool passing through the night sky will explain it better as two social dancers who are doing "waltz" in the night sky. They flow, they catch you and slide elegantly enough to keep you jealous for a long time. Aurora Borealis is a beautiful light born in the night sky from nature. "Aurora Borealis" is the Latin name of the northern hemispheric aurora, which means the red dawn in the north. Its name comes from the famous Italian scientist Galileo Galilei. In Rome, Galileo lived and red dominated, but the most common color was actually yellow greenish. I will explain this later. Vikings of 700-1000 called it "aurora", referring to the way the aurora moves, they called it "Happy Dancer" by the early years of England. At the latitude of the northern hemisphere, this effect is known as Northern Light or Northern Light. In 1619, the Greek goddess of the dawn and Greek name of the north wind were made by Galileo. The light in the South Aurora, Aurora, or Antarctica has nearly the same characteristics as Aurora and changes with auroral changes. Aurora Aurora can be seen from the high latitudes in southern part of Antarctica, Chile, Argentina, New Zealand, Australia. Please look at its beauty. Who does not want to experience this phenomenon? Aurora, also called Aurora (Aurora) or Antarctic Light (Aurora Aurora), is one of the natural phenomena that occurs when the solar wind strikes the Earth 's atmosphere. This collision causes excitation of Earth's atmospheric particles and emits light of different colors. This occurs in the Earth's magnetic poles, mainly red, green, blue, purple. This is my next destination. Imagine yourself walking on the beach, the tide is regularly touching your feet, the silver moon is immersed in soft light, and the pleasant sky enjoys the mystery. The imagination of any beach itself will disappoint me. For me, the beach is one of the quietest places on Earth. If you have the opportunity, choose the place of your graveyard on the beach. That is the place where my soul exists.

As a cultural movement that began in Europe in the 14th century and spread rapidly around the world, the Renaissance had a lasting influence on art, science, music, religion and philosophy. It has been going on for centuries but the Renaissance is an evolving organic movement that changes over time and may be an abstract concept for students as there is no leader or organizational plan . Let's take a look at the various historical themes that students can use to better understand the various aspects of the renaissance. In the 16th century, the Renaissance spread in Europe and influenced the processes of literature, science, philosophy, religion, politics, and art. However, the Renaissance began in Italy in the beginning. Da Vinci and Michelangelo have learned and involved in many intellectuals and arts fields. Many people think that Leonardo da Vinci is a symbol of the "Renaissance man" - its intellectual achievements and interests cover all fields of art, science and literature. Along with Leonardo da Vinci, other Renaissance figures like Michelangelo, Galileo Galilei and Copernicus are thought to reflect the quality and characteristics of the Renaissance classics. Many of them, including Da Vinci, were also considered humanists, humanism became an important intellectual movement during the Renaissance. "Modern science" that we understand today is not really modern science but it was born almost half a century ago during the European Renaissance. But forgetting that the great Renaissance thinker such as Galileo Galilei, Da Vinci, Isaac Newton was the first "true scientist" to think that all civilizations in history were created and accumulated It must not be. Knowledge to understand and explain the world. Processes that are often accompanied or stimulated by technology development. In fact, the rapid increase in knowledge in the Renaissance was triggered by a new interest in the works of Greek, Roman, and Arabian philosophers and scholars - the term "Renaissance" is a new way of expressing a new interest in classical culture and knowledge I mean it.

Austria Directory Population Culture Traditional Lifestyle Vegetation and Animals Life History Religious Art Language Education Health Administration Climate Trade Resources Agricultural Bibliography Austria Austria is a small country in the middle of Europe and is known for its beautiful mountain scenery It is. The towering Alps and the mountains spread to the western, southern and central parts of the country. A vast green valley, a beautiful mirror lake, and a lush forest cover most of the land. Austria Austria Austria Spain Vienna Austria Brussels Belgium Vienna Austria Faro Portugal Vienna Austria Funchal Portugal Vienna Austria Graz Austria Vienna Austria Innsbruck Austria Vienna Austria Linz Austria Vienna Austria Lisbon Portugal Vienna Austria Milan (Austria) Malpensa) Italy Austria Vienna Austria Zurich Switzerland BMI United Kingdom Scotland UK London (Heathrow) United Kingdom United Kingdom Belfast (City) N. Ireland London (United Kingdom) United Kingdom United Kingdom United Kingdom Dublin Ireland London (Heathrow Airport) United Kingdom United Kingdom Edinburgh Scotland United Kingdom London (Heathrow) United Kingdom United Kingdom Glasgow (International) Scotland United Kingdom London (Heathrow) United Kingdom United Kingdom London (Heathrow) United Kingdom United Kingdom Manchester United Kingdom United Kingdom Graz Austria Vienna Austria Austria Austria Vienna Austria Austria Klagenfurt Austria Vienna Austria Linz Austria Vienna Austria London (Heathrow Airport) United Kingdom United Kingdom Vienna Austria Salzburg Austria Vienna Austria Sarajevo Bosnia and Herzegovina Vienna Austria Tbilisi Georgia Vienna Austria Austria Vienna Skopje Macedonia Funchal Madrid Asia Portugal Vienna Austria Ibiza Spain Salzburg Austria Las Palmas (Grand Canary) Canary is. Vienna Austria Linz Austria Parma Majorca Spain London (Stansted) UK UK Vienna Austria Paris (Charles de Gaulle) France Vienna Austria Rome (Fiumicino) Italy Vienna Austria Austria Austria Salzburg Austria Vienna Austria Austria Vienna Austria Zurich Switzerland Switzerland Dolomites Italy Adam Airlines Indonesia Stutt Garut (Echterdingen) Germany Turin Italy Contactair and CO Germany Stuttgart (Echterdingen) Germany Turin Italy Eurowings Luftverkehrs Germany Frankfurt Germany Pisa (Galileo) Italy Lufthansa City Line Germany Frankfurt, Germany, Pisa (Galileo), Lufthansa, Germany, Hula Nunkfurt, Germany, Pisa (Galileo), Italy, Sky Gate International Airport, Jordan Stuttgart (Ehoteleldingen), Turin, Italy

Free fall is an object that falls under the influence of gravity. It is said that an object that receives only gravity is in a free fall state. Free fall objects have two important motion characteristics. All free falling objects (on the earth) will accelerate downward at a speed of 8 m / s / s (usually about 10 m / s / s in the envelope calculation). Since the free falling object is accelerated downward at a speed of 8 m / s / s, the trajectory of the automatic transmission belt or the point diagram of its movement represents its acceleration. The dot plot on the right side shows the acceleration of free falling objects. The position of the object is displayed at regular time intervals (for example, every 0.1 seconds). The fact that the distance traveled by objects at each time interval increases is a clear sign that accelerates as the ball tilts downward. When you recall the previous lesson and the object moves downward and accelerates, that acceleration falls. Acceleration of natural fall can be seen frequently in physical classroom through popular strobe light demonstration. The room became dark, and the kettle filled with water was connected to the dropper via the tube. The dropper drips off and the droplets where the flash falls are irradiated at a constant rate (eg once every 0.2 seconds). Instead of seeing the free flow of water from the dropper, you can see that it drips continuously several times as the separation distance increases. The drop pattern is similar to the dot plot on the right figure Measurement of free fall acceleration Introduction Galileo Galilei (1564-1642) got the concept of correct acceleration of free fall for the first time and when all the resistance of the medium is completely eliminated, all the materials fall at the same speed. Today, this applies to all objects that can fall freely near the surface of the earth. The purpose of this experiment is to verify that Galileo claimed that the acceleration is constant. In addition, the magnitude of the acceleration is calculated One of the main achievements of Galileo physics is the explanation of free fall. According to the free fall rule discovered by Galileo, all the objects on the surface of the Earth are uniformly accelerated and the acceleration of all objects is constant. Galileo did not ask where the acceleration of falling objects came from. The falling body obviously violates the law of conservation of momentum. According to Descartes, the movement of the falling body has to be accelerated by something, the body must grow momentum somewhere. But for Descartes, the only interaction mechanism is contact interaction (ie push or pull). The additional amount of motion given to the falling body must be moving (there must be some movement to be able to transmit the motion) and it must constantly be in contact with the falling body. As learned in the previous unit, free fall is a special type of movement where the only force acting on the object is gravity. It is said that free falling objects do not encounter large air resistance and are affected by gravity. In this case, regardless of quality, all objects will fall at the same acceleration. but why? Let's consider the free falling movement of a 1000 kg elephant and a 1 kg full body rat. If Newton's second law applies to descending movement and a free body map is created, you can see that 1000 kilograms of elephant has greater gravity. This greater gravity directly affects the acceleration of the elephant; therefore, based on intensity alone, it can be assumed that a 1000 kilogram baby elephant accelerates faster. But acceleration depends on two factors: strength and quality

The revolution of human and natural sciences during the scientific revolution occurred in the late 16th and early 17th centuries. This is not a "revolution" in the classical sense, because it does not involve rapid political change and also does not involve many people, but it is revolutionary in a sense. A view of the world of life. It is certainly one of the most important events in history. Because it symbolizes the birth of modern science. Due to the scientific revolution, humans have become more interested in nature. Human beings and nature: the scientific revolution science revolution is probably one of the most important examples of relationships between humans and nature, and has changed the way society operates from the 17th century to the 18th century. The power of human knowledge makes it possible to realize knowledge, economic and social progress in the modern world. The scientific revolution includes the development of scientific attitudes up to the scientific revolution and doubts about nature and old ideas of humanity. From the 16th to the 17th century, the scientific revolution began in the fields of astronomy, dynamics and medicine. According to Aristotle - Ptolemy theory mathematics and observations used by these new scientists are highly contradictory to the religious ideas of those days. But astronomers such as Copernicus, Kepler, Galileo, Newton accepted solar center theory. The revolution of human and natural sciences during the scientific revolution occurred in the late 16th and early 17th centuries. This is not a "revolution" in the classical sense, because it does not involve rapid political change and also does not involve many people, but it is revolutionary in a sense. A view of the world of life. It is certainly one of the most important events in history. Because it symbolizes the birth of modern science. - Science Revolution: A New Perspective for the World Herbert Butterfield says: During the scientific revolution, Nicholas Copernicus, Galileo Galilei, Isaac Newton all expressed their views, which were inconsistent with the views of the Church.

The children are excited about experiencing infant rides in Viva. Vienna! Teenagers cried out as they clung to their seats in bad rides. Adults carefully review complex artifacts sold in shops located in historic streets. People of all ages like food courts. The food court is a true UN. Your parents can join ViVa for free. Vienna music enthusiasts can listen to various free music to suit everyone's taste. You may be considering these statements to explain the activities of various festivals, places, parks, and you can put them in at a large fee. About the Author: rock star Vienna programmer to study art at the Academy of Fine Arts (Vienna / Austria), after six years as a Christian Bazant-Hegemark, we are now, of his doctoral dissertation of digital culture of modern painting Voce Viva influential inspection We are waiting for the influence (Elisabeth von Samsonow, Felicitas Thun-Hohenstein). He lives in Vienna, Austria. You can check his work at www.bazant-hegemark.com and follow his blog on www.beyondmimesis.tumblr.com for his work on contemporary paintings. Austria Austria Austria Spain Vienna Austria Brussels Belgium Vienna Austria Faro Portugal Vienna Austria Funchal Portugal Vienna Austria Graz Austria Vienna Austria Innsbruck Austria Vienna Austria Linz Austria Vienna Austria Lisbon Portugal Vienna Austria Milan (Austria) Malpensa) Italy Austria Vienna Austria Zurich Switzerland BMI United Kingdom Scotland UK London (Heathrow) United Kingdom United Kingdom Belfast (City) N. Ireland London (United Kingdom) United Kingdom United Kingdom United Kingdom Dublin Ireland London (Heathrow Airport) United Kingdom United Kingdom Edinburgh Scotland United Kingdom London (Heathrow) United Kingdom United Kingdom Glasgow (International) Scotland United Kingdom London (Heathrow) United Kingdom United Kingdom London (Heathrow) United Kingdom United Kingdom Manchester United Kingdom United Kingdom Graz Austria Vienna Austria Austria Austria Vienna Austria Austria Klagenfurt Austria Vienna Austria Linz Austria Vienna Austria London (Heathrow Airport) United Kingdom United Kingdom Vienna Austria Salzburg Austria Vienna Austria Sarajevo Bosnia and Herzegovina Vienna Austria Tbilisi Georgia Vienna Austria Austria Vienna Skopje Macedonia Funchal Madrid Asia Portugal Vienna Austria Ibiza Spain Salzburg Austria Las Palmas (Grand Canary) Canary is. Vienna Austria Linz Austria Parma Majorca Spain London (Stansted) UK UK Vienna Austria Paris (Charles de Gaulle) France Vienna Austria Rome (Fiumicino) Italy Vienna Austria Austria Austria Salzburg Austria Vienna Austria Austria Vienna Austria Zurich Switzerland Switzerland Dolomites Italy Adam Airlines Indonesia Stutt Stuttgart (Echterdingen) Germany Turin Italy Contactair and CO Germany Stuttgart (Echterdingen) Germany Turin Italy Eurowings Luftverkehrs Germany Frankfurt, Germany Pisa (Galileo) Italy Lufthansa CityLine Germany Frankfurt, Germany, Pisa (Galileo), Lufthansa, Germany, German Airlines, Hula Nkufuruto, Germany, Pisa (Galileo), Italy, Sky Gate International Airport, Jordan Stuttgart (d the illuminated Ding Gen), Turin, Italy

Small amounts of compounds such as methane, ammonia, hydrogen sulfide, water have also been discovered. From the perspective of the Earth telescope, combining these compounds and elements helps to create colorful clouds. Jupiter's atmosphere is the largest atmosphere in the solar system, represented by a cool cloud pattern and a turbulent storm. You may also see several bands. The dark band called the belt depends on the bright band called area. Scientists do not know the reasons for the dark band. Phosphine is a high energy compound formed in the thermal center of Jupiter, or it may be formed in WISE 0 855 but phosphine is very obvious in the atmosphere outside Jupiter due to the massive sun turbulence hydrogen Spill out from inside to be discovered. The absence of phosphine in WISE 0 855 indicates that it has not experienced the same turbulence. However, this similarity means that future research will be done in two directions, and both outer planets can tell us about the science of Jupiter and Jupiter so we can Provide information. "With this spectrum we can study the dynamics and chemistry that have been studied for a long time in the Jovian atmosphere, but this time in the world outside the sun," one researcher said. On 18th October 1989, Galileo flied to Jupiter at the STS-34 of the Space Shuttle Atlantis. After six years of cruising including Venus and Earth's multiple gravity support, Galileo arrived in Jupiter's orbit on December 7, 1995, becoming the first spacecraft to go around the extra-terrestrial planet. The spacecraft stayed on Jupiter's orbit for 7 years, 9 months and 13 days, then deliberately demoted at speed of 173,700 km / h (108,000 mph) on 35 orbit of a huge planet on 21st September 2003. I hit the atmosphere of Jupiter. Galileo was intentionally destroyed so that the ship misdirected contamination of the potential life of Jupiter satellites, especially Europe.

Acceleration of Free Fall To study the movement of free fall, the object is dropped and recorded on a wax coated paper by electric spark at a position after successive equal time intervals. Based on these data, plots of distance versus time and speed versus time are plotted. By determining the slope of the velocity versus time curve you can find the acceleration caused by gravity. Theory In one dimension, the average speed of an object in an interval is the quotient of the distance the object moves and the time it takes to travel that distance. (1) neutral. Einstein first pointed out that free falling in the gravitational field will result in constant acceleration (speed change, but constant speed). Then he realized that the observer could not distinguish free falling into the gravitational field and other equal acceleration mechanism like rocket. Einstein later thought that acceleration describes how an object moves in space and time, and because it is indistinguishable from free falling gravity and any uniform acceleration. Please explain the direct impact on the object. Space itself. The result proves that this is deep insight Then he raised hope for the patent office's happy thought. People can accelerate freely to the ground due to gravity, but I feel incompetent (until there is a shock). Therefore, Einstein recognized that gravity and acceleration are both sides of a coin. Accelerate the upward thrust of the rocket ship so that the gravity of the earth supports your feet against the ground, the crew will be nailed to the floor. Equality of this acceleration and gravity explains a strange Newton 's agreement. The mass of the object (inertial resistance to movement change) is equal to its weight (or mass to mass) response (response to gravity). Einstein established a special theory of relativity theory under the constant speed principle of light; he suspected that general relativity can be based on equal principle of inertial mass and gravity. If he succeeds it means that the laws of nature are the same for all forms of movement. One of the main achievements of Galileo physics is the explanation of free fall. According to the law of free fall of Galileo, all objects on the earth's surface accelerate uniformly, and the acceleration of all objects is constant. Galileo did not ask where the acceleration of falling objects came from. The falling body clearly violates the law of conservation of momentum. According to Descartes, the movement of the falling body must be accelerated by something and the body must acquire momentum from somewhere. But for Descartes, the only interaction mechanism is due to contact interaction (ie push or pull). The agent that gives the additional momentum to the falling body must be moving (must have some movement to be able to convey the movement) and it must always be in contact with the falling body

Christianity The following verses of the Bible are defined in Romans 8: 9. "But you are in the realm of the Holy Spirit, not the area of ​​the flesh," Through three different churches of Catholics, Britons, and the UN Church, this section is translated into various forms, then each The spirituality of believers of the denomination can be changed. Think of global Christianity. The Roman Catholic Church is the largest Christian church with over 2 billion members, accounting for more than half of the world's Christian population. In Roman church practice, you can appoint a married man to the Pope and you can appoint only a unmarried man to a clergy or bishop (there is an exception in the priesthood position). However, once appointed, the pastor can not get married. This is a Western tradition. In the east, 22 churches are handfuls with a Catholic church and about 15 autonomous Orthodox churches and other autonomous eastern churches. In all of these, a married man may be appointed as a pope or a priest, but only a single male is elected as a lord. Therefore, the married pastor is more common in the east than the west. But once appointed, clerics can not get married It refers to a Christian and a church belonging to the Roman Catholic Church. Being a Catholic requires people to have a specific identity, belief, values ​​and traditions that is different from others practicing Christianity. The Catholic Church insists that it has inherited the true tradition of the Apostolic Church and has evolved into its own Christian chapter for many years. The Catholic Church is also part of the whole Catholic subculture, and in the trial of Galileo the Roman Catholic Church is the largest Christian church in Western civilization. Morality includes reimbursement. The Catholic Church is guided by the Church Godfather, which provides a means of eternal redemption. Catholics who do not renounce Catholics endanger their souls. Protestant is the enemy of Galileo, which is derived from the conversion of the Catholic Church. Because it deprives of their true ideals.

Many people believe that Aristotle is the source of contemporary scientific thinking. The power that influences Aristotle may be understood historically. Greek thinkers around 600 BC began to disturb the surrounding world and in addition to his many gods they adopted a naturalistic way of thinking. This may be because their enthusiasm for overseas travel may be skeptical of their tradition. Greek philosopher Aristotle proposed a theory that greatly influences Galileo. Aristotle said that on earth ground constituted of fire, air, earth, water changed, collapsed and said that there is a possibility of dying, so it is not perfect. It is forever. Aristotle believes that outside the earth, such as the moon with a smooth surface, is perfect. However, Galileo thinks it is different. He studied the moon with a telescope and quickly saw an uneven surface. He studied the shadows cast on its surface and understood that it was not so smooth - it is more like a celestial body than the earth. He soon learned that there is a strange impression on the moon. Using these observations, Galileo began to argue against Aristotle's theory. Aristotle is considered to be one of the greatest philosophers in history, and today he can feel his influence. Aristotle writes various topics such as chemistry, physics, biology, logic and ethics. In Aristotle's most popular work, "Nichomachean Ethics", he delved into ways to achieve virtue and moral quality. After that Aristotle focused on its importance as friendship and basic virtue in life. In this book, Aristotle explains friendship as good goodwill, mainly as a relationship between two people, love and sharing goodwill between the two. However, the problem of perfect friendship here is at the root of this kindness. There, Aristotle describes three common types of friendship: utility, happiness, friendship, or virtue. Aristotle was an ancient Greek philosopher born around 384 BC, and his work had a great influence on the Western philosophy. According to Aristotle, everything has several parts, the whole is different from that part. Aristotle also talked about the relationship between the body or elements that created unity and consistency. This is clear in the next paragraph of Aristotle's metaphysics. In the case of everything consisting of several parts, the whole is not just a bunch but the whole is next to that part. One of the reasons is that even in the body, contact is the cause of uniformity in some cases, and in other cases the contact is viscous or other such quality. Definition is not a connection like Iliad, it is a set of words connected by processing an object. So, what makes one person one; why is not he a lot, and a lot? Keyword system theory, health care, general system theory, chaos theory, complex adaptive system, integration theory, oncology

Science Revolution: A New Perspective for the World Herbert Butterfield says, "Since the scientific revolution has overturned not only the authority of science, not only medieval but also the ancient world, it has transcended everything since the rise of Christianity" Stated. During the scientific revolution, Nicholas Copernicus, Galileo Galilei, Isaac Newton all expressed their views, which were inconsistent with the views of the Church. Prior to the scientific revolution, astronomers who were conceived of that idea by a Bible like Aristotle, a Greek philosopher, or a church such as Claude Sturler answered questions about nature. Prior to the scientific revolution, the scientific view of the Old World emphasized religion and had Earth-centered beliefs. In other words, the earth is generally thought to be the center of the universe. Then, the scientific revolution of the 17th century established a new view of the universe, reviewed the old theory, and emphasized natural philosophy and science. In 1543, Nicholas Copernicus criticized the theory of geography that "What is the revolutionary revolution" and published a book called "The Celestial Revolution". Why is it important for Europe? When is scientific revolution useful for development? These are some of the questions many people raised when asked to define the scientific revolution and enlightenment of the 17th and 18th centuries. The terms "scientific revolution" and "enlightenment" are used to describe two important stages Europe encountered in the 16th and 19th centuries. During the scientific revolution, Nicholas Copernicus, Galileo Galilei, Isaac Newton all expressed their views, which were inconsistent with the views of the Church. - Science Revolution and Transformation of Enlightenment All scientific revolution and enlightenment from the 17th century to the 18th century emphasized the question of reason and belief. Scientists and philosophers of these times discovered and taught new ideas that are often inconsistent with the content taught and believed by the church and former thinkers.

The sun is the center of the solar system and is an empty superstar created by God to show his beauty and power. From the earth to the daily lives of people, everything develops mainly in the sun. Some of the greatest planets God created were the earth and Jupiter; they are all important planets of the solar system, but they are all very different. Jupiter is an imbalanced and rough planet that can break the earth. Jupiter has larger hurricanes than Earth, but if they are not on the orbit of Jupiter they can be called satellites of the planet and can only swallow the entire comet of the comet into the clouds of the planet. Jupiter is the fifth planet of the sun, the largest planet in the solar system. Jupiter was named after Roman gods Jupiter, Tall, the sky and the king of the gods. It is clearly the third brightest object in the sky after the Moon and Venus. It is a massive planet whose mass is one thousandth of the sun, 2.5 times the size of the sum of all the other planets in the solar system. Unlike other solar systems in the observable universe, Jupiter is too far from the main sun. Jupiter is the largest planet in the solar system and has great gravity. In other solar systems, increasingly larger planets are usually closer to their main star than small ones. However, in our solar system, Mercury is closest to the sun, so the solar system draws a distinction from the others. As the largest planet in our solar system, Jupiter was named after the king of gods of Roman mythology. The Romans called the planet Jupiter as it is the largest celestial body in the sky. They believe this will make it the most powerful. Jupiter is not only the king of the gods but also the god of the sky and the god of thunder, a direct translation to the Greek Zeus. The main satellite of Jupiter is Galileo satellite. They are Io, Europe, Ganymede and Callisto. The fact about Jupiter always points to its huge size, and that satellite obeys the same rules. These four are the largest objects in the solar system. They are bigger than any other dwarf. Of the remaining satellites, 14 have not been named yet. The best Jupiter system is drawn on this collage taken by Voyager and Galileo spacecraft. Jupiter is the largest planet in our solar system. The four largest satellites of Jupiter are known as Galileo satellites and are known as Callisto, Ganymede, Europe and Io. In the orbit of the Galilean satellite, there are Thebes, Amalthea, Adlastea and Metis. The Callisto's Valhalla area appears in the lower right corner. Ganymede is on its way. Europe is on the upper right of Ganymede. Io is the upper left moon. Between Io and Jupiter there are four small satellites. The smallest moon at the top is Amalthea. At the bottom right of Amalthea is Metis and Adrastea. On the left side of Thebe there is Adrastea. (Copyright Calvin J. Hamilton)

When Galileo announced that "mathematics is a natural language," he proposed a controversial statement about how to best understand and understand nature. Mathematics includes rich traditions of art and prospects, innovation in music theory, and advances in engineering and dynamics. These findings rely on rich cultural background combining science, art, literature and creative spirit during the Renaissance of Florence. The Galileo World Expo encourages us to participate in the 125th anniversary of the same Renaissance at Oklahoma University Similarities between scientific revolution and enlightenment thought In this article we will explore the similarities between scientific revolutionary thought and enlightenment thought. The scientific revolution represents the era in which the universe was drawn in ways observed through the advancement of science in the 16th and 17th centuries. Enlightenment refers to a kind of exercise born from the revolutionary new scientific thought that occurred in the latter half of the 17th century. What is the Science Revolution? Also why is it important for Europe? When will the scientific revolution contribute to development? These are a few questions that many people raised when asked to define the scientific revolution and enlightenment of the 17th and 18th century. The terms "scientific revolution" and "enlightenment" are used to describe two important stages Europe encountered during the 16th and 19th centuries. The scientific revolution of the 17th century had a major impact on Europe Let's see. The scientific revolution is the name we use to explain the important scientific breakthrough that happened in the 16th and 17th centuries. The scientific revolution is closely related to enlightenment, which is an intellectual movement from the end of the 17th century to the 19th century. Nicholas Copernicus became the early leader of the scientific revolution based on modern (or solar-centered) cosmology. Galileo Galilei is another important person. He pioneered the development of the telescope and was condemned as a heathen who supported the heart of Copernicus.

Medieval myths: Norma · Loret Goodrich publisher: Penguin group, the story type found in the book 1961) is a medieval story. They include kings, queen and knight, fighting war, including dragons and beautiful girls. One of my favorite myths is Beowulf of the Scandinavian mythology titled Beowulf and The Fiend Grendel. The story is about the Kingdom of Denmark ruled by a king called Hrothgar. Hrothgar is a great king and praised by people all over the world. In medieval myths, Cockaigne is a sufficient land and work is forbidden, the house is made of pie and sausage, and the wine flows through the river, and the roasted goose and roasted fish prepared are eaten It is likely to be. According to the Dutch historian Herman Pleij, due to the medieval poor, Cockaigne is a famous paradise far from suffering in everyday life. Today, the City of Utrecht in the Netherlands is trying to recognize that citizens' basic needs are not necessarily pure illusions when they are met without duty obligations. Therefore, local governments are planning experiments to provide monthly guaranteed income to 250 Dutch citizens currently receiving benefits from the government. The two-year trial period is scheduled to begin provisionally in January next year, and we plan to receive a fixed amount of 960 euros a month (about US $ 1,100) in some citizens of Utrecht and some neighboring cities. The myth of medieval churches against science is unlikely to disappear - as it is partly compatible with other precious myths about the Middle Ages because it is easy to manufacture. Anyone who has heard about the emergence of Galileo before the Inquisition, "Tetelius' challenge -" What is the relationship between Athens and Jerusalem? ", These two points can be straight. The needs of all people is a wonderful assumption that Galileo was the one accused of medieval churches and did his best. (In fact, as explained in myths Chapter 8, the early modern Catholics condemned Galileo and used the new Bible Scripture view which would surprise Augustine and Thomas Aquinas. Even in modern countries, medieval churches, ancient towns, ancient tribes, all of the extensive human cooperation is rooted in common myths that exist only in the collective imagination of people. The church is rooted in a common religious myth. Two Catholics who have never met are believed to believe that God is a physical body and that they will be able to be crucified to redeem our sins so in order to build a hospital You can gather in the Crusade or collect funds. The country is rooted in common national myths. Because we believe in the Serbian state, the hometown of Serbia, the flag of Serbia, two Serbs who have never met each other can endanger their lives and save each other. The justice system is rooted in common legal myths. However, since the two lawyers who have never met believe in the existence of law, justice, human rights, and the cost of payment, they can cooperate to protect those who do not know at all.

Along with the historical end of Hubble's life, I will review all things for the scientific community. Hubble helped scientists to make many new discoveries about our universe. Galileo Galilei and Edwin Hubble are a major contribution to the world of astronomy and are therefore surprisingly important aid in transforming the first telescope into the Hubble telescope. The first telescope was completed by Galileo in 1609. About 400 years later, the Hubble telescope was launched into space. Historically, after discovering that Hubble is expanding the universe, but before the discovery of cosmic background radiation firmly establishes the Big Bang, Obus' paradox was proposed as a proof of special relativity. You need to be redshifted to get rid of the starlight. This effect certainly contributes, but the limited age of the universe is the most important influence. The unique universe of the Hubble telescope is the image of Hubble Depth Field, Hubble Ultra Depth Field, Hubble's Extreme Depth Field. Wavelength of light This image reveals galaxies after billions of light-years, and it has produced a number of scientific papers providing a new window in the early universe. Wide Field Camera 3 improves the infrared and ultraviolet field of view of these fields of view and supports the discovery of some of the furthest objects that have been discovered so far, such as MACS 0647 - JD. Hubble 's law violates special relativity. Hubble 's law predicts galaxies that are beyond the distance of Hubble are faster than the speed of light. However, special relativity does not apply to movement beyond space. Hubble 's law expresses the expansion speed of space, not space. Doppler redshift and cosmological redshift: Astronomers often misunderstand that the cosmological redshift is called normal Doppler shift. Although similar, the cosmological redshift is different from the Doppler redshift. Doppler redshifting is based on special relativity that does not consider expansion of space. By contrast, the cosmological redshift is based on general relativity, which takes into account the expansion of the space. Although it may look the same for nearby galaxies, understanding the behavior of distant galaxies through Doppler redshifts may cause confusion.

Scientology Christianity in the view of Christianity has become the most dangerous and rejected believer in the world. This rejection comes not only from Christianity but also from Christianity. Since the first century of the gospel's sermon there were many rejections, intensities, hostility and hatred against these Gospels. These actions are not only from social or secular things, but unfortunately, actions are also coming from objections themselves. Because of the inner behavior of Christianity, they produced many different interpretations of their beliefs, which led to deviations. The beginnings of Christianity may surprise many of us. Many people around the world are very interested in seeing the root of Christian belief because Christianity is a narrow elitist religion and believes that it can judge all other beliefs and beliefs. Indeed, those who follow Jesus Christ, who lead to Jesus Christ, are far from furious and clean elites. In some cases, these will be abandoned ... ADAM fails. NOAH is drunk. Abraham is too old. ISAAC is a dreamer. JACOB is a liar. LEAH is hard to see. Joseph was abused. MOSES has more and more problems. GIDEON is scary. SAMSON is erotic with long hair. RAHAB is a prostitute. Jeremia is too young. David has a relationship and is a murderer. Elijah has a tendency to suicide. ISAIAH preached naked. Jonah ran away from God. NAOMI is a widow. The work went bankrupt. John the Baptist had a worm. Peter denied Christ. His disciples slept while praying. Martha is worried about everything. MARY MAGDALENE, uh, you know Scientology Christianity in the view of Christianity has become the most dangerous and rejected believer in the world. This rejection comes not only from Christianity but also from Christianity. Since the first century of the gospel's sermon there were many rejections, intensities, hostility and hatred against these Gospels. These actions are not only from social or secular things, but unfortunately, actions are also coming from objections themselves. Because of the inner behavior of Christianity, they produced many different interpretations of their beliefs, which led to deviations. As part of the revival of the Christian religion since the 18th century, the three practices have evolved into their own interpretation of Biblical status and authority in Christian religion. The first of these is "liberal" who reports itself as being outdated as an outdated Christian (Bingham 149). Their founder, Friedrich Schleiermacher, is a pastor of the 18th century and does not regard traditional and authoritative doctrine, creeds, and Biblical text as an excellent source of theology (150). Since ancient times, people have always believed that faith is the only way to the truth. This view has an absolute say in the community of religious people. In the community of Western Christian thinkers of the 17th century, this view was absolutely endorsed. Christian thinkers of the 17th century believed that the ultimate truth was faith. In the 17th century, Galileo Galilei found a new way to the truth. His new approach is a rational way, a questionable way, and a creative way. Galileo investigated with a reasonable, experimental and inductive approach. In this way, Galileo started researching and observing. What he eventually discovered was scientific truth. He invented the telescope. This device allows him to insist that the universe is not as perfect as Ptolemy, Aristotle and Biblical supporters.

Tycho Brahe remembered a lot: his golden nose, his shameful death, and his famous last word. All these things have declined in history. However, Tycho Brahe is well respected as a highly paid astronomer who is respected in his era. His observation is beatless to anyone. His career was not satisfactory, he paid close attention, built the two best observatory of his time, and the second did not satisfy his own high standards first This is because the. He is still considered one of the best naked eye observers of all time (Burke-Gaffney, 153). Three important scientists in this era are Tycho Brahe, Galileo and Isaac Newton. Tycho Brahe (1546-1601) judged the sun to be the center of the universe. Galileo (1564-1642) is the first scientist who invented the telescope and observed the earth. He decided that there was a star and a mountain in the moon. Isaac Newton (1642-1727) is very important as it invented calculus to mathematically prove mathematics. He is also the creator of universal gravity law. He is a very pious man, he thinks nature is wonderful, and we do not understand nature by myself. It is difficult to choose favorite early modern astronomers from the Copernicus Pantheon, Kepler, Galileo, Newton, but people who are better than Tycho Brahe in order to do "not to believe or believe" No, I do not. . Brahe was a Danish nobleman (1546-1601), carefully observing and measuring the path of the planet and allowing Kepler to draw out the laws of three planetary movements. But before you start the party, let's explore some strange things about the life and death of Brahe. When I was young, Brahe discussed mathematics with his colleagues. Deciding to resolve this conflict is not through mathematical induction but through sword fighting. Brahe's opponent beat his nose. I do not want to live with an unfavorable face, Brahe made a fake nose. Historian, after digging his body in the 20th century, speculated that his nose was made of brass and the nose was made of something.

Let's begin explaining how Newton changed our understanding of the universe by enumerating the three laws of motion. I. All objects that are moving uniformly tend to maintain this state of motion unless external forces are applied. Basically this is the concept of Galileo's inertia and I think that it is often called "law of inertia". II. The relationship between the mass m of the object, its acceleration a and the applied force F is F = ma. Acceleration and force are vectors (in bold italics and symbols), and in this rule the direction of the force vector is the same as the direction of the acceleration vector. This is the most powerful law among Newton's three laws to quantify the dynamics. It is how the speed changes when force is applied. Please pay attention to the fundamental difference between Newton's second law and Aristotle's dynamics. According to Newton, the force only causes a change in speed (acceleration), it does not maintain speed like Aristotle. Under Newton it is concluded that F = ma, but under Aristotle F = mv. Where v is the velocity. Therefore, according to Aristotle, there is only one speed, if there is power, according to Newton, an object with a certain velocity will not be affected as long as force does not act on it and cause acceleration (ie change in speed) Maintain speed. As pointed out earlier in Galileo's argument, Aristotle's view seems more common sense, because it does not recognize the role of friction. If all the forces acting in the given situation are taken into account, we can see that the dynamics of Galileo and Newton are not consistent with Aristotle, which coincides with the observations. If we stop the boat along the lake, what is going to happen is explained by the law. As we move towards the coast, the ship tends to move in the opposite direction. ! ) Newton developed three laws of motion, which produced a universal law of gravity. The law of his movement is the law of the nature of mechanics. Newton's three kinetic rules are as follows. Law of Inertia - Static objects tend to remain stationary unless subjected to external forces. Second Law - If you add unbalanced force to an object, the object will accelerate. There is an equation that fits this rule, F = ma. This means that the force is equal to the mass multiplied by the acceleration. Third law - each behavior has the same but opposite reaction Today, Newton's law of three movements - the law describing the law of movement of the world object and the law of universal gravity of Newton - the law describing the laws of the universe such as force, gravity, mass is the most important It is considered a physical chapter. He also studied the nature of the light, he introduced a reflecting telescope, and he also created calculus and others. Galileo Galilei: The famous Italian scholar, Galileo Galilei, also known as the world's most famous physicist, astronomer, engineer, philosopher and mathematician, was born on 15th February 1564. He is the major player of the scientific revolution - the emergence of modern science and the largest astronomer in science history. Newton's first "principle" explains Newton's three laws of movement. Newton's first law is the application of modern physics. Newton's first kinetic law states that "As long as external forces are not applied, the body remains stationary, and the body in motion continues to move constantly." This rule is also known as the principle of inertia. The second law of Newton defines "weight and acceleration force, this is the first big difference between weight and weight." Newton's third law states that "the same opposite for all actions There is a reaction ". This law is used today in modern rockets and is one of his most famous laws. Newton was able to learn how gravity between the Earth and the moon was calculated using three laws. (Asimov, 108). Newton's three laws can be explained as the basis of motion theory.

Examine the purpose of the vibration of the pendulum. - Examine the vibration of a simple pendulum and find the value of "acceleration" caused by "gravitational acceleration" in the laboratory. Apparatus: - Distillation bracket with clamp Pendulum a yarn (≥ 110 cm) stopwatch Rule and theory of two small wooden block gauges: - In this experiment the following settings were adjusted. Examine the purpose of the vibration of the pendulum. - Examine the vibration of a simple pendulum and find the value of "acceleration" caused by "gravitational acceleration" in the laboratory. - Use the pendulum to find the gravity goal. Find the gravity by finding the cycle of the pendulum vibration and drawing a graph. Assumptions and predictions: - The gravity of the graph equals the gravity of the equation The pendulum is suspended at a fixed point so that the body can swing back and forth under the influence of gravity. The pendulum is used to adjust the movement of the watch. Because the time interval of each complete vibration (called period) is constant. Italian scientist Galileo first pointed out the constant nature of the pendulum cycle by comparing the movement of the shaking light of Pisa Cathedral with his pulse rate (c.1583). In 1656, Christian Huygens, a mathematician and scientist in the Netherlands, invented a clock controlled by the pendulum movement. Priority of the pendulum invention was called Huygens by some authorities and other agencies, but Huygens solved the basic problem of the manufacturing industry. By designing the pivot so that the suspended body or pendulum swings along the cycloidal arc rather than the arc, the period of the pendulum does not change. In 1656, Dutch scientist Christiaan Huygens made the first pendulum clock. (Galileo Galilei has been acclaimed for inventing the concept of pendulum, he studied the movement of the pendulum as early as 1582. The early pendulum clock has an error of less than 1 minute a day, and It is the first time that such accuracy has been achieved, but his subsequent refinement reduced his clock error to less than 10 seconds per day.

Many people want to know what they are in the full moon, the new moon, or the new moon. If there are more cosmos as well as the Earth. For many, Jupiter's moon is an unknown subject and has many interesting facts. Galileo Galilei was born in 1564 and played an important role in most of the sciences we know today. All of these Jupiter satellites have their own reasons why they stand out. Overall, many people do not know Jupiter's moon, but it is an important part of the puzzle that connects our universe. As scientific astronomy began to mature, Jupiter became increasingly understood as a physical planet. It is not a god or a celestial ball. Galileo found a Jupiter moon with a telescope - he was not invented perfectly, but it may be the same as he was the first person to direct it to the stars. It is very important to discover Jupiter's moon. The first discovery of celestial bodies running around other celestial bodies supports the world view of Nissin. By the middle of the seventeenth century Jupiter was a scream screaming away from the God who grew a beard that demanded the sacrifice of sterilized animals. There is evidence that the earth is orbiting the sun, and the laws of physics dominate the universe. Every 73 days For decades, Jupiter has been described as a planet with 13 satellites in science textbooks. With improved astronomical observation technology, the number of Jupiter has been corrected recently to 63 satellites. And it has become the largest satellite follower of the "reasonable and safe" orbit of any planet in our solar system. Facts continue to change, but fortunately, the best recall method does not change. What is learning and memory? Memory is an internal psychological record that we maintain, it gives us instant access to our personal past and we develop with all the facts we know It meets the skill. Encoding, storing, and searching are the three main stages of the human memory process. (Forgetting is technically a frustration of memory search, but forgetting may constitute the fourth stage of memory)

The names of Bread and Puppet Theater and Audience Bread and Puppet Theater were born from the custom of sharing freshly baked bread with visitors of the theater, just like eating bread, art is a daily ritual It symbolizes it should be. Because we have one bread and theater, we will show you a puppet show. For a long time, the art of drama has been separated from the stomach. The theater is entertainment. (Peter Schumann, official website of Bread & Puppet). The most important goal of the theater is to raise the audience's sensitivity and to outline the meaning of the words "good" and "evil", especially in the political arena. As early as a music theater, dolls and wen were used at Japanese theaters. The medieval record proves the actual use of the puppet of Noh play. The doll is a panoramic view of the audience and is a doll of 3 to 4 feet (0.91 to 1.52 m) in height, operated by the puppeteer. The puppeteers who operate the feet and hands are completely wearing black, but the head manipulator is wearing colorful clothes. Music and humming are common practice of Bunraku, ukulele players are often the leaders of production and are considered the shortest hair. Let's make students learn Shadow Puppet Theater in Geography, Bali and Thailand. The Shadow Puppet Theater has been a part of folk culture for centuries. Shadow Puppet Theater is considered the most powerful traditional drama format in Southeast Asia. Thousands of puppet theater are still still active and beautifully made. Galileo Galilei is a very famous scientist, mathematician, astronomer, philosopher and physicist. He lived in Italy from 1564 to 1642. He was the first person to discover stars, planets, and moons using a telescope and make a map. Galileo paid close attention and drew a beautiful picture he saw. The moon is particularly fascinated by Galileo. Using the telescope (see below), he was the first person to discover the moon. The following describes Galileo's own words.

Aurora is formed when the solar storm forms the solar wind or when many charged particles flow to the earth. These streams may have over 10 million megawatts of electricity. This is enough to illuminate Los Angeles. These particle flows typically take about 3 days to reach the Earth's upper atmosphere or ionosphere. When these charged particles collide with the Earth's atmosphere, they excite atoms in the atmosphere. These excited atoms generally have a higher energy state and thus wish to return to a more normal energy state. Aurora Borealis is a beautiful light born in the night sky from nature. "Aurora Borealis" is the Latin name of the northern hemispheric aurora, which means the red dawn in the north. Its name comes from the famous Italian scientist Galileo Galilei. In Rome, Galileo lived and red dominated, but the most common color was actually yellow greenish. I will explain this later. Vikings of 700-1000 called it "aurora", referring to the way the aurora moves, they called it "Happy Dancer" by the early years of England. At the latitude of the northern hemisphere, this effect is known as Northern Light or Northern Light. In 1619, the Greek goddess of the dawn and Greek name of the north wind were made by Galileo. The light in the South Aurora, Aurora, or Antarctica has nearly the same characteristics as Aurora and changes with auroral changes. Aurora Aurora can be seen from the high latitudes in southern part of Antarctica, Chile, Argentina, New Zealand, Australia. Please look at its beauty. Who does not want to experience this phenomenon? Aurora, also called Aurora (Aurora) or Antarctic Light (Aurora Aurora), is one of the natural phenomena that occurs when the solar wind strikes the Earth 's atmosphere. This collision causes excitation of Earth's atmospheric particles and emits light of different colors. This occurs in the Earth's magnetic poles, mainly red, green, blue, purple. This is my next destination. Imagine yourself walking on the beach, the tide is regularly touching your feet, the silver moon is immersed in soft light, and the pleasant sky enjoys the mystery. The imagination of any beach itself will disappoint me. For me, the beach is one of the quietest places on Earth. If you have the opportunity, choose the place of your graveyard on the beach. That is the place where my soul exists.

In today's world, the majority of the population is divided into two perspectives. There, we come as seeds and think about how our planet is formed. It is mere coincidence, and a series of coincidence matches form the perfect condition for maintaining us. Or it's not just that. Is it the planet we were formed by a stronger presence and given to us? Most take only one party, but there may be a compromise. The answer may be a mixture of both. David Brian Winter thinks this is an obvious possibility. Science and religion (or science and supernatural, more popular) are widely believed not to complement each other completely, but scientists say a lot about this subject. There are many theories about the origin of religious thought. However, Kelly James Clark, a senior researcher at Kaufman Religious and Religious Institute at Otani State University in Michigan State, the two most widely quoted ideas show how early humans interacted with the natural environment He said it is about. It is widely believed that science and the Biblical (revelation) religion have fought each other. Historical research does not support this idea. For centuries Western science and religion have come hand in reading the history of the earth. A static world view is the generally accepted interpretation of physical data and the creation of stories in the Bible. It is reasonable not to make progress in science before scientists overcome their religious assumptions and see evidence from a new perspective. Galileo and the Bible religion and science are always inconsistent works. Religion based on faith depends on supernatural things to explain life and existence. On the other hand, science can not do this. Scientists need to eliminate the possibility of unexplainable to maintain and manage the population used to measure other groups. What I can not explain is a common miracle for all supernatural religions. Galileo lives in a time when the church is in that country .... Galileo's Galileo trial is a major event in science history. We now know that the Roman Catholic Church recognizes that Galileo's view is correct. What is the argument between the two sides on the problem being developed? Search trial online documents and discuss opposition to Galileo's litigation during the trial. Make sure to refer to the network resources accurately. Your post

NASA was originally a private space exploration program, its main role was to conduct the space exploration in the United States. The program was called NASA which was founded in 1958 and by the year 1969 the Apollo crew was on the moon. However, due to budget constraints, this program became part of the Air Force. Nixon approved the Space Transportation System (STS) in 1970 and the Space Shuttle Plan became the first step in space exploration. Recent discoveries are challenging the hypothesis that less metal-prone stars are less likely to accommodate low mass planets. It was discovered that such a planet is orbiting around the poorest dwarf we know. Given the nature of these metal deficiencies, this discovery has important implications for the possibility that the Earth's planet will be in a globular cluster. The instability due to the gravity effect of the nearby star is relatively small at the outer edge of the globular cluster. If a low mass planet exists around the outer star, it will increase the chances of life there. All other advantages (as mentioned above) in globular clusters are still applied to the outer edge of the cluster. Italian astronomer and mathematician Galileo Galilei (1564-1642) supported the Copernicus heliocentric theory using a telescope. His findings challenged established scientific and religious ideas. Galileo is an important contributor to the development of scientific methods used by modern scientists. Genghis Khan (1162 - 1227) recovered from poverty and unified the war of the tribe of Mongolia. He imposed discipline and loyalty, then began to build an army that became the Mongol empire by conquering the vast area of ​​Central Asia and China. He is known for its violence and generosity. The Mongol empire lasted long since it died in military operations. His descendants joined the empire until it became the world's largest empire before the British Empire.

The concept of infinite concept infinity has been evaluated many times in history. Until recently, there was great progress in this field in the 19th century. In the chapter "Beyond Infinity", I answer the question "What is mathematics, why do I have to study it?" Initially, the authors refer to Galileo, and it believes that 3 inch long lines contain twice the line length. The oldest mathematical infinity concept emerged in the ancient Indian language Yajur Veda. "When deleting a part from infinity or adding a part to infinity, the rest are infinite." Infinity is Jain mathematics. Topics in philosophical studies at home. 400 BC They distinguish between five types of infinity: Infinite in one and two directions, infinite in the region, anywhere, infinite forever. Aristotle defines the Western mathematical infinite traditional concept. He distinguishes between real infinity and potential infinity - a generic consensus is that only the latter has real value. Two new sciences of Galileo Galilei discuss a one-to-one correspondence between infinite sets What is unlimited, unlimited? No one knows what its value is, or whether it exists; it is just an imaginary concept. Infinity is a philosophy that lasts forever. The fact that one infinity is greater than another infinity or infinity is negative gives me a myriad of questions that I can not answer. My idea of ​​mathematics changed when I first encountered the concept of infinity. Until then, mathematics was always about numerical answers and algebraic expressions that can be accurately defined and fully understood. But infinite ideas bring answers I can not explain This answer is merely an imaginary concept.

Therefore, the teachings of Galileo were banned by the church and Galileo himself was imprisoned. However, in 1992, the Vatican City, led by Pope John Paul II, had a ritual declaring Galileo correct in Copernicus's investigation and support. (Abstract) This shows that today's church does not believe science is a threat or interference to its doctrine. The current church actually supports the evolution of science and natural selection. However, many popes and Catholics generally accept evolution, but there are still many things. Evolution of Darwin and Christianity There is some argument that the theory of evolution proposed by Charles Darwin does not oppose religion. Others do not believe in the theory of evolution, but they still contribute to education and redistribution. If they truly understand the theory, this will not happen. This is due to the impossibility to understand the doctrine of Darwinism and includes the most dangerous views of these theories that are penetrating society. Since the publication of Charles Darwin 's Origins of Origin, people have discussed creationism and evolution. By supporting facts and assertions, evolution is defended as more than just a theory, which proves to be a fact. - Because he is made in the final state, a person can not evolve to another state. He is made according to the image and image of his father, so you do not need to evolve; therefore there is no sign of evolution from the beginning. Since sin entered the world, people have been fooled to believe that there is evolution In historical context, creationism and evolution are always controversial subjects and are one of Darwin's major breakthroughs in spreading his evolution theory. When Darwin published his evolution theory in 1859, his book was thought of as a major technological advancement at the time. As the existence of evolution theory offsets society, there is nothing to prove the existence of God, create a catalyst, creationism is almost replaced by atheism. Since the discovery of evolution, human creation has changed rapidly. Nevertheless, the world does not understand the theory and theory of evolution of Lord Charles Darwin for a while for a while. Prior to evolution, I believed that the upper class was called "sacred creature" by being influenced by the religious ideology of how human beings were created. However, the introduction of evolution theory used this theory as the foundation of biology and changed my mind.

According to myths of ancient China you know that humans were born out of fleas that live in huge punk bodies? Scientists learned that microorganisms living in soils such as fungi and bacteria do not produce any more carbon dioxide as the climate warms up. In fact, these microbes initially produced more carbon. "Whenever you open a new window in outer space, we always find something new," Rainer said. "It's like Galileo is pointing to the sky of the first telescope, initially he saw the planets and satellites, then we received radio waves, ultraviolet rays and X-ray telescopes, and we are increasingly in Galileo The moment I start seeing the first object on earth, that will have a big impact on the scene. " Yes, there is no window 11 or window 12. The reason is the new operating system paradigm of ubiquitous computing. Computing occurs beyond the scope of the device, anywhere, anywhere. Windows 10 is actually built on the basis of this IoT-based concept, and the focus of this ecosystem actually hinders the company from providing a different version of the operating system. The reason is interesting - Previously, if you upgraded the operating system, you had to upgrade the drivers for accessory manufacturers and third party devices as well. If you need to insert a mouse when you purchase a new PC or upgrade drivers for external monitors, you need to understand the meaning. Unfortunately, with the IoT ecosystem, it is impossible for thousands of manufacturers to expect to upgrade drivers for millions of IoT devices. Earlier this year, Windows announced the Universal Windows Platform (UWP) that runs on Windows-based devices on Windows 10. It is a unified distribution path that makes all applications available from any Windows device, such as phone, tablet, desktop, etc. The latest version of PDF reader running on UWP allows you to fully enjoy the mobility and flexibility to keep you connected altogether. Creation for the support of the Kdan Creative Application Series 365 brings advanced functions such as PDF reader on Windows, PDF mark, pocket size scanner, NoteLedge, video animation, writing desk etc. By subscribing to Creativity 365, you can enjoy all the benefits of these apps and 1 TB of Kdan Cloud storage.

Reason why the Bible is inconsistent with science "I want to know how God created this world.It is not interested in this phenomenon and its phenomena within this and its elements.I doubt these things Bert Einstein is not alone, he would have asked a detailed question, and obviously the religious answer he received could not satisfy his inquiry thought, but the Bible If it is inspired by the same person who created the universe, it should be able to answer this question satisfactorily. Please answer someone who dislikes discussion. Some people simply refuse to understand that science is science and religion is religion. The Bible is not a textbook of science, science textbooks are not Bibles. One is for the fact and the other is for the faith. There is no conflict. If you think there is a conflict, I have some wetlands in Florida and I want to sell it to you. Several species (especially plants) have more DNA information than humans. For compatibility, the transplant surgeon uses pig heart and kidney. Physiologists and other scientists are studying animals such as giraffes and woodpeckers. Because they give people better ideas on how to treat them. For example, how does the blood spread from the heart of the giraffe to the long neck and into the brain? How can a giraffe bend in order to drink water without fear? For those concerned about the popularity of Christians and Luddites, this is even more worrying. About 17% of Z generations believe that Bible and science are in conflict, but accepting the Bible is a fact. This means that 41% of the members of the Z generation believe that the Bible and science are in conflict. According to the CBN news, these groups submitted a request for information freedom law seeking to find out who is participating in Bible study. In the press release, the Free Religious Foundation (FFRF) and the Washington Responsible Ethics Citizen (CREW) said they complained Carson as not publishing data. Conflict will occur when a religious organization claims absolute authenticity of all statements recorded in the Bible. This means incorporating religious intervention into the field of science; this is where the church fights Galileo and Darwinism. Scientific representatives, on the other hand, are often trying to make basic judgments about values ​​and purposes based on scientific methods, thus opposed to religion. All of these conflicts arise from fatal errors Galileo and the Bible religion and science are always inconsistent works. Religion based on faith depends on supernatural things to explain life and existence. On the other hand, science can not do this. Scientists need to eliminate the possibility of unexplainable to maintain and manage the population used to measure other groups. What I can not explain is a common miracle for all supernatural religions. When the church is in that country, Galileo lives in the era. - Galileo church vs Heroes This is an unstable point in history: the intersection of the science and religion at the peak in the heresy; this is the era of church rule and the people, physicists, life and death, themselves You must choose Science

His work gently and softened from the study of this journey. 1645 was an important year for Murillo, he married a wealthy Beatriz Cabrera y vilarobos who received his first important committee. In the past 10 years, Murillo's popularity is rapidly rising. He broke through the opponent and became the most popular painter in Seville. From the 1640s to the late 1950s, Murillo was the busiest year for artists, but his life had many obstacles. In 1658, Murillo visited Madrid again and his research had a big impact on future work. According to the popular legend, after reviewing his theory of the movement of the earth around the sun, Galileo wrote a rebellious phrase "but it is moving" where it is reported. In the 1640's the Spanish painter Bartolome Esteban Murillo or his school painter painted and the letters were hidden in the restoration work of 1911. Galileo, he obviously saw the word "E pur si muove" written on his wall. The earliest written document of the dungeon legend can be traced back to the first century after his death, but Stillman Drake wrote: "These famous words were attributed to Galileo before his death There is no doubt. In the story first published in Chambers' "Edinburgh Daily", and in the American "Alton Telegraph", in the evening declared by a young African slave possessed by a Spanish painter named Bartolome Esteban Murillo, In the art studio, "zombi" appeared in painting work by Murillo's disciple. However, none of us believe that the assertions of young slaves and the presence of zombies are African myths. (Mulillo's famous painting "Magic Worship" has a black man as one of the three wise men, you can read more about the medieval art color here.) Other excellent Baroque style painters are as follows. See also Portrait Painter Vanderke (1599 - 1641): Baroque portrait - and most important still life and animal painter French Snyder (1579 - 1657). Among the great Catholic Baroque painters who came from Spain are strong realist painter Jusepe Ribera (1591 - 1652), contrast specialists of light and dark and Francisco Zurbaran (1598 - 1664) of Tenebury and Bartolome Esteban Murillo of Seville (1618-82). Religious painting known for its idealization and sentimentality. In French Baroque art, the top Caravag painter is Georges de la Tour (1593-1652). In Italy, Parma artist Giovanni Lanfranco (1582-1647) was introduced and the decorative artist Baciccio (1639-1709) of that traditional artist Genicse uses bright colors. Draw a shadow During the Baroque period, the most famous Spanish Baroque painter was Velázquez. Diego Velázquez is best known for his noble paintings. However, the comparative example in this case is a photograph of his servant Juan de Paleha. The image is not as clear as the image of El Greco, but it is more natural than previous work in art history. The color is subtle and more natural. The clear contrast of light and dark is clear. Please also be aware that this image has nothing to do with religious myths. The art of this era is more adventurous in terms of the theme, not religious advertisement.