Nicolaus Copernicus died more than 450 years ago, but it is still considered the founder of modern astronomy! Nicolaus Copernicus was born in Thorne, Poland on February 19, 1473. He is the son of a wealthy businessman. After his father died, he was raised by the bishop of his mother's brother, the Catholic Church. Copernicus studied mathematics and astronomy at the University of Krakow. In the influence of his uncle, Copernicus was appointed a church of the Catholic Church (church official). He will pay additional tuition fee using the proceeds from that position. Copernicus studied law and medicine at Bologna, Padua and Ferrara University in Italy. His interest in astronomy was inspired during the research at the University of Bologna. He lives in a professor of mathematics who influenced his question about the astronomical belief of the day. 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). The famous astronomer Mikolaj Kopernik (Poland) entered the world on February 19, 1473. The fifth smallest child was born in Nicolaus Copernicus Sr. and Barbara Watzenrode rich in West Prussia in Toulouse. Tradition of copper merchants German tradition When Toron was born, Torun was transferred to Poland and made him a citizen under the Polish royal family. German is the first language of Copernicus, but some scholars believe that he also told some Polish Early in the 16th century, Polish astronomer Nikolaus Copernicus (1473-1543) repeated the sun-centered theory abandoned by Greeks and Romans. It caused a revolution in astronomy, but the Copernicus system was deeply hit by claiming a circular orbit. Accurate observation of the movement of celestial bodies by Danish astronomer Tycho Brahe (1546-1601) showed that German astronomers and mathematicians Johannes Kepler (1571-1630) formulated the law of planetary motion and correctly describe it We made it possible. Elliptical orbit of the planet From the Book of the Scientific Revolution - De Revolutionibus Orbium Coelestium. Nicolaus Copernicus correctly judges that Terra is one of the orbiting planets of Sol. Only the moon orbit the earth. Copernicus also displays the planet in the correct order. Compare this to the Ptolemy system above, where the Earth is incorrectly displayed near Mercury instead of Venus. On the map of Copernicus, the outer circle represents a star. Then move inward with Saturn, Jupiter, Mars, Earth (Moon), Venus, Mercury and Sol When he died in 1543, Nikolaus Copernicus published his De Revolution Orbium coelestium and began his revolution of the same name (Celestial Sphere Celestial Ball). The Copernicus solar system model is earth-centered, and the planet circles the sun instead of the earth. Unfortunately, the original Copernicus model had loaded Ptolemy luggage. Copernicus planets orbit around the solar system using exercises described by superposition of circular movements. Copernicus dealt with equality he despised, but mathematically replaced it with an equivalent amateur.

Nicolaus Copernicus was born on February 19, 1473 in Torun, Poland. When Copernicus was ten years old, his father died and his uncle, Bishop Valmier Lucas Watzen Road, brought him and his brothers and sisters. In 1494 he studied at many universities such as Krakow University, Bologna University, Padova University, Ferrara University and so on. He got a legitimate position at Frombork Cathedral which is the rest of his life. It was held on the way. With the help of this position, it provides him the opportunity to continue learning in various fields. On February 19, 1473, the famous astronomer Nikolaus Copernicus (Mikolaj Kopernik, Poland) came to the world, born in Nicolaus Copernicus Sr. and Barbara Watzenrode, he was Westfalia and Costa Rica. Wealthy copper merchant. German Tradition When he was born, Torun was transferred to Poland and made him a citizen under the crown of Poland. German is the first language of Copernicus, but some scholars believe that he also speaks Polish Biography written by enthusiastic disciple George Joachim Rutius (1514-74) is unfortunately lost, but some facts about Copernicus's early life are established. Based on the subsequent constellation operation, Nicolas Copernicus was born on February 19, 1473 in the central city of Torun, Poland, on the Vistula River south of Gdansk in the Baltic Sea. His father Nicolaus is a wealthy businessman and his mother, Barbara Watzenrode, is also from a major merchant family. Nicolas is the youngest of the four children. After his father's death between 1482 and 1485, his mother's brother Lucas Vazzerod (1447-1512) placed his nephew under his protection. Watzenrode quickly became a bishop of the Varimia (Warmia) chapter, seeing the education of the young Nicolaus and his future church experience. (For the citizenship of Copernicus, please refer to the memo of the researcher.) The father of a modern astronomer, Nicolaus Copernicus, was born in Poland in 1743. His uncle brought up his childhood as he knew that his father died when Nicolas was ten years old. Copernicus confirmed that his uncle was an outstanding bishop and Nicholas received a solid education. He studied mathematics, astronomy, astrology and philosophy at the University of Krakow. After finishing the research there, Copernicus traveled abroad and went to Bologna University and Padua University to learn medicine and law. Copernicus spent time on astronomy, as he returned to Poland after his uncle's influence, he was elected to Canon. In 1512, Copernicus began a critical study of all the proposed space models, and determined that the eye pressure was too complex due to complexity. Then he made "Copernicus System". There the sun is the center of the universe, it's all!

What do you think when you hear the word Copernicus? Do you remember celebrities from the 15th century to the 16th century Renaissance? Your idea will take you to the revolutionary theory of our universe. Or just want to know what the meaning of the word is. Whatever Copernicus was told when I thought it was important to know who Nicola Copernicus was and why he influenced his history so much. Some people may think that other scientists surpassed him with their ideas and inventions but I personally think that Copernicus is the most influential scientific figure in life and production since the Renaissance I believe there is. Nicolaus Copernicus (1473 - 1543) was a Renaissance scholar called "Copernicus Revolution". One of the most important contributions of Copernicus is the field of astronomy. Copernicus placed the sun in the center of the universe, not the earth. The former system Ptolemy system was earth-centered (the earth is in the center of the universe). In 1543, in his "revolution in the sphere field," he published his theory (he proposed before). He still moves the planet with a circle instead of an ellipse, but he assumes that these circles have no center. He said that the center of the earth is not the center of the universe but the center of gravity and the moon. He said the Earth is one of the seven planets around the solar system and they are stationary. He said the movements of the earth include the rotation, rotation and annual inclination of the shaft. Renaissance mathematician and astronomer Nikolaus Copernicus developed a model of the universe that puts the sun in the center of the universe instead of the earth. Everyone in front of him believed that the earth is in the center of the universe. This is the "truth" they were telling the children. But despite this apparent obstacle (temptation of everything we hear from those who seem to be more knowledgeable than we have), due to his natural curiosity, he You can come up with contradictions In a shocking period, the theory quickly replaced the old theory and became a new paradigm of how the world around us functions.

Nicolaus Copernicus Nicolas Copernicus boasts a lifetime from 1473 to 1543, the sun does not move in the center of the universe, and the earth and other planets rotate around it. Polish astronomers completely changed their beliefs about the universe, and his ideas were controversial in his era, but our own common sense. Before the Copernicus, people were very different about the universe. A Greek astronomer named Ptolemy has his own theory of the earth and the relationship between the sun and other planets. On February 19, 1473, the famous astronomer Nikolaus Copernicus (Mikolaj Kopernik, Poland) came to the world, born in Nicolaus Copernicus Sr. and Barbara Watzenrode, he was Westfalia and Costa Rica. Wealthy copper merchant. German Tradition When he was born, Torun was transferred to Poland and made him a citizen under the crown of Poland. German is the first language of Copernicus, but some scholars believe that he also speaks Polish Biography written by enthusiastic disciple George Joachim Rutius (1514-74) is unfortunately lost, but some facts about Copernicus's early life are established. Based on the subsequent constellation operation, Nicolas Copernicus was born on February 19, 1473 in the central city of Torun, Poland, on the Vistula River south of Gdansk in the Baltic Sea. His father Nicolaus is a wealthy businessman and his mother, Barbara Watzenrode, is also from a major merchant family. Nicolas is the youngest of the four children. After his father's death between 1482 and 1485, his mother's brother Lucas Vazzerod (1447-1512) placed his nephew under his protection. Watzenrode quickly became a bishop of the Varimia (Warmia) chapter, seeing the education of the young Nicolaus and his future church experience. (For the citizenship of Copernicus, please refer to the memo of the researcher.)

With this, he and his three brothers and sisters were able to protect their uncle Lucas Watzenrode. Watzenrode is a successful clergyman who becomes a bishop. He is extremely worried about Copernicus, educating him, and promoting his progress in the church. Nicolaus Copernicus could not acquire a degree and decided what to study. He studied at the University of Krakow in 1491. Although there is no record of his degree, this is relatively normal as he does not need to study for his private career or higher degree. Nicolaus Copernicus is a Latin version of the name of a famous astronomer who chose that name later. The original form of his name is Mikolaj Kopernik or Nicolaus Koppernigk, but uses Copernicus throughout the article. His father, also known as Nicolaus Koppernigk, lived in Krakow before moving to Torun where he established a copper trading company. He is also interested in local politics, citizen leader of Torun and the magistrate. About 1463, Nicolaus Copernic married Barbara Watzen Road, a wealthy family from Torn. They moved to Toron 's St Annes Street' s house, but there was a summer residence with vineyards. Nicolaus and Barbara Koppernigk have four children, two sons and two daughters. Nicolaus Copernicus is the youngest of them. On February 19, 1473, the famous astronomer Nikolaus Copernicus (Mikolaj Kopernik, Poland) came to the world, born in Nicolaus Copernicus Sr. and Barbara Watzenrode, he was Westfalia and Costa Rica. Wealthy copper merchant. German Tradition When he was born, Torun was transferred to Poland and made him a citizen under the crown of Poland. German is the first language of Copernicus, but some scholars believe that he also speaks Polish Biography written by enthusiastic disciple George Joachim Rutius (1514-74) is unfortunately lost, but some facts about Copernicus's early life are established. Based on the subsequent constellation operation, Nicolas Copernicus was born on February 19, 1473 in the central city of Torun, Poland, on the Vistula River south of Gdansk in the Baltic Sea. His father Nicolaus is a wealthy businessman and his mother, Barbara Watzenrode, is also from a major merchant family. Nicolas is the youngest of the four children. After his father's death between 1482 and 1485, his mother's brother Lucas Vazzerod (1447-1512) placed his nephew under his protection. Watzenrode quickly became a bishop of the Varimia (Warmia) chapter, seeing the education of the young Nicolaus and his future church experience. (For the citizenship of Copernicus, please refer to the memo of the researcher.)

He went to college university called Krakow University. I am studying Latin, mathematics, geography, philosophy, astronomy, but it is not a type of astronomy you think, it is not a true science course in modern sense. They are mathematics classes and teach Aristotle and Ptolemy cosmology, so students can sail the sacred day and star in the sea. In his "astronomy" course, they also taught what we call today astrology. Nicolaus Copernicus is a Latin version of the name of a famous astronomer who chose that name later. The original form of his name is Mikolaj Kopernik or Nicolaus Koppernigk, but uses Copernicus throughout the article. His father, also known as Nicolaus Koppernigk, lived in Krakow before moving to Torun where he established a copper trading company. He is also interested in local politics, citizen leader of Torun and the magistrate. About 1463, Nicolaus Copernic married Barbara Watzen Road, a wealthy family from Torn. They moved to Toron 's St Annes Street house, but there was a summer house with vineyards. Nicolaus and Barbara Koppernigk have four children, two sons and two daughters. Nicolaus Copernicus is the youngest of them On February 19, 1473, the famous astronomer Nikolaus Copernicus (Mikolaj Kopernik, Poland) came to the world, born in Nicolaus Copernicus Sr. and Barbara Watzenrode, he was Westfalia and Costa Rica. Wealthy copper merchant. German Tradition When he was born, Torun was transferred to Poland and made him a citizen under the crown of Poland. German is the first language of Copernicus, but some scholars believe that he also speaks Polish Biography written by enthusiastic disciple George Joachim Rutius (1514-74) is unfortunately lost, but some facts about Copernicus's early life are established. Based on the subsequent constellation operation, Nicolas Copernicus was born on February 19, 1473 in the central city of Torun, Poland, on the Vistula River south of Gdansk in the Baltic Sea. His father Nicolaus is a wealthy businessman and his mother, Barbara Watzenrode, is also from a major merchant family. Nicolas is the youngest of the four children. After his father's death between 1482 and 1485, his mother's brother Lucas Vazzerod (1447-1512) placed his nephew under his protection. Watzenrode quickly became a bishop of the Varimia (Warmia) chapter, seeing the education of the young Nicolaus and his future church experience. (For the citizenship of Copernicus, please refer to the memo of the researcher.)

Nicolaus Copernicus is a Polish astronomer and priest. At the age of ten, his father died and his uncle and his brothers and sisters brought him. His uncle wants him to receive the best education. He went to three different universities to study mathematics, science, law, medicine and astronomy. Opening a place in church, his uncle's connection made Copernicus a scene. He studied the Bible and became a pastor like my uncle. With all the income he earns, this makes him impossible to work and study the universe. Nicolaus Copernicus is a Latin version of the name of a famous astronomer who chose that name later. The original form of his name is Mikolaj Kopernik or Nicolaus Koppernigk, but uses Copernicus throughout the article. His father, also known as Nicolaus Koppernigk, lived in Krakow before moving to Torun where he established a copper trading company. He is also interested in local politics, citizen leader of Torun and the magistrate. About 1463, Nicolaus Copernic married Barbara Watzen Road, a wealthy family from Torn. They moved to Toron 's St Annes Street' s house, but there was a summer residence with vineyards. Nicolaus and Barbara Koppernigk have four children, two sons and two daughters. Nicolaus Copernicus is the youngest of them. On February 19, 1473, the famous astronomer Nikolaus Copernicus (Mikolaj Kopernik, Poland) came to the world, born in Nicolaus Copernicus Sr. and Barbara Watzenrode, he was Westfalia and Costa Rica. Wealthy copper merchant. German Tradition When he was born, Torun was transferred to Poland and made him a citizen under the crown of Poland. German is the first language of Copernicus, but some scholars believe that he also speaks Polish Biography written by enthusiastic disciple George Joachim Rutius (1514-74) is unfortunately lost, but some facts about Copernicus's early life are established. Based on the subsequent constellation operation, Nicolas Copernicus was born on February 19, 1473 in the central city of Torun, Poland, on the Vistula River south of Gdansk in the Baltic Sea. His father Nicolaus is a wealthy businessman and his mother, Barbara Watzenrode, is also from a major merchant family. Nicolas is the youngest of the four children. After his father's death between 1482 and 1485, his mother's brother Lucas Vazzerod (1447-1512) placed his nephew under his protection. Watzenrode quickly became a bishop of the Varimia (Warmia) chapter, seeing the education of the young Nicolaus and his future church experience. (For the citizenship of Copernicus, please refer to the memo of the researcher.)

Nicolas Copernicus Nicolas Copernicus 1473 - 1543 Physics February 8, 2000 Nicolas Copernicus Born in Poland in 1473-1543, he started his education at the University of Krakow. He learned mathematics and optics there. From here he went to Italy where he was appointed orthodox of the Frauenburg cathedral where he spent a comfortable academic life. Copernicus had several small hobbies in the cathedral, he painted Greek poems in Latin and often translated. In 1539, a young mathematician from George Joachim Lutikes' University of Wittenberg (1514-1574) came to Copernicus. Rheticus brought a mathematical book of Copernicus. This is for Copernicus to show print quality in German-speaking cities. He announced the introduction of Copernicus' thought, Narathio Prima (first report). Most importantly, he persuaded Copernicus to announce the "revolutionary theory". Rheticus directed the majority of the prints of the book, and on May 24, 1543, Copernicus retained the work completed before his death. Nicolaus Copernicus was born at Thorn (Modern Torun) in Poland on February 19, 1473. His father is a businessman and a local official. When Copernicus was ten years old, his father, uncle, pastor died in order to confirm that Copernicus got a good education. In 1491 he went to the University of Krakow, now to the University of Jagilonia, and in 1496 went to Italy to study the law. While studying at the University of Bologna, he left a mathematical professor Domenico Maria de Novara, who encouraged Copernicus's interest in geography and astronomy. On February 19, 1473, the famous astronomer Nikolaus Copernicus (Mikolaj Kopernik, Poland) came to the world, born in Nicolaus Copernicus Sr. and Barbara Watzenrode, he was Westfalia and Costa Rica. Wealthy copper merchant. German Tradition When he was born, Torun was transferred to Poland and made him a citizen under the crown of Poland. German is the first language of Copernicus, but some scholars believe that he also speaks Polish

Scientific Revolution and Copernicus book From the 16th century to the 17th century, the scientific revolution swept across Europe. The beginning of this scientific revolution is due to Nicholas Copernicus and the solar center model of his universe. Copernicus was born in Toruń, Poland on February 19, 1473. His parents died when he was very young, so he was sent to live with his uncle, senior executives of the church. Copernicus studied norms, medicine, astronomy, Greek, philosophy, mathematics. From the Book of the Scientific Revolution - De Revolutionibus Orbium Coelestium. Nicolaus Copernicus is correctly judging that Terra is one of the orbiting planets of Sol. Only the moon orbit the earth. Copernicus also displays the planets in the correct order. Compare this to the above Ptolemy system incorrectly indicated that the Earth is closer to Mercury than Mercury. In the picture of Copernicus, the outer circle represents a star. Then move inward with Saturn, Jupiter, Mars, Earth (Moon), Venus, Mercury and Sol Scientific Revolution and Copernicus book From the 16th century to the 17th century, the scientific revolution swept across Europe. The beginning of this scientific revolution is due to Nicholas Copernicus and the solar center model of his universe. Copernicus was born in Toruń, Poland on February 19, 1473. His parents died when he was very young, so he was sent to live with his uncle, senior officials of the church. Copernicus studied norms, medicine, astronomy science revolution, and the transformation of the Enlightenmentism, the scientific revolution and the enlightenment of the 17th and 18th centuries all highlighted questions about reason and belief. Scientists and philosophers of these times have discovered and taught and discovered new ideas that often conflict with the teachings and beliefs the church and former philosophers taught and taught before them. Most of knowledge, political, economic and social characteristics related to the present age Nicolaus Copernicus used intellectual autonomy in the development and description of the solar center model of the universe. The model of Copernicus was announced in De revolutionibus orbium coelestium (revolution of the celestial sphere) announced in 1543. It was a major event in the history of science and made an important contribution to the scientific revolution. At the time, the standardized Earth-centered theory Ptolemy's system made it possible for this earth-centered model of the universe to dominate thought until at least the 17th century. Copernicus must fully understand the advantages and disadvantages of this Ptolemy system, then independently think, imagine, explain, and defend his heliocentric model. He postponed his opinion - he is not admitting - "despised he will expose himself for his novelty and inexplicability."

© Copernicus is a Polish astronomer, not known as the Earth in the center of the universe but is known for the theory of the sun. Nicolaus Copernicus was born at Thorn (Modern Torun) in Poland on February 19, 1473. His father is a businessman and a local official. When Copernicus was ten years old, his father, uncle, pastor died in order to confirm that Copernicus got a good education. In 1491 he went to Krakow University, now Jagilonia University, and in 1496 went to Italy to study the law. While studying at Bologna University, he lived with Mathematical Professor Domenico Maria de Novara, who encouraged Copernicus' interest in geography and astronomy. During my stay in Italy, Copernicus visited Rome, studied at the University of Padova and Ferrara University, then returned to Poland in 1503. For the next seven years, he served as a private affairs secretary for his uncle, now the bishop of Elmland. Bishop died in 1512 and Copernicus moved to Frauenberg. So he served for long in the church and fulfilled the appointment at the church. This gives him more time to invest in astronomy. Although he did not become famous, it is clear that he is now known as an astronomer. One of the experts the pope sued was Copernicus in 1514 when the Catholic Church tried to improve the calendar. The main work of Copernicus "De Revolutionibus Orbium Coelestium" ("The Revolution of the Celestial") was completed in 1530. The fundamental theory is that the earth rotates around its axis every day and rotates around the sun every year. He also believes that the planet will float on the sun. It is challenging the long-standing view that stillness is in the center of the universe and every planet, the moon and the sun turn around it. 'De Revolutionibus Orbium Coelestium' was published in early 1543, Copernicus died on 24th of the same year. Early in the 16th century, Polish astronomer Nikolaus Copernicus (1473-1543) repeated the sun-centered theory abandoned by Greeks and Romans. It caused a revolution in astronomy, but the Copernicus system was deeply hit by claiming a circular orbit. Accurate observation of the movement of celestial bodies by Danish astronomer Tycho Brahe (1546-1601) showed that German astronomers and mathematicians Johannes Kepler (1571-1630) formulated the law of planetary motion and correctly describe it We made it possible. Elliptical orbit of the planet Nicolas Copernicus (1473 - 1543) was another excellent figure of the Renaissance. As mathematicians, astronomers and scientists, Copernicus is considered to be the cosmology of the modern sun center (centered on the sun). Before he and the other people appeared, the common teaching was to say that the sun and the planet would orbit the earth. Well, now I come to Teenage Mutant Ninja Turtles. Since art is an important part of the Renaissance, let's take a look at some major artists. Leonardo da Vinci (1452 - 1519) is often considered a perfect example of the "Renaissance man" because his interest is diverse. In addition to being one of the world's greatest painters, he is also an abundant inventor. His masterpiece includes Mona Lisa and last supper In the 16th century, geodynamics became increasingly attacked. Nicolaus Copernicus (1473 - 1543) developed the modern heliocentric theory and proposed it in the 1543 book "Tennis Revolution". The view of Copernicus completely changed the field of astronomy. Interestingly, as this new view was considered contradictory to the orthodox teachings of the day, the sun-centered view was opposed by the Catholic Church. Galileo Galilei (1564-1642) is another important person in the scientific revolution. In addition to strongly supporting Copernicus's heart, Galileo also helped in the development of telescopes. As he was not attributed to the theory of centristy, he was condemned by the Catholic Church as a heathen and spent the last few years of his life during house arrest.

The secret of Copernicus is a biography of astronomers and pastors who judged that the earth is never the center of the universe. Author, Jack Repcheck has explored the life of Copernicus in the past 12 years and changed the flow of Western history. The main purpose of the author is to provide accurate and detailed human interpretation of events leading to the scientific revolution. He also tried to turn this scientific genius into reality in ways not realized in the past. Nicolaus Copernicus was born at Thorn (Modern Torun) in Poland on February 19, 1473. His father is a businessman and a local official. When Copernicus was ten years old, his father, uncle, pastor died in order to confirm that Copernicus got a good education. In 1491 he went to the University of Krakow, now to the University of Jagilonia, and in 1496 went to Italy to study the law. While studying at the University of Bologna, he left a mathematical professor Domenico Maria de Novara, who encouraged Copernicus's interest in geography and astronomy. 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. And I revealed the secret I had never seen before. 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 wrote a short astronomical paper Sidereus Nuncius and states as follows. "I decided not to hesitate that the three stars are moving around Jupiter, many observations that determine the clarity of the day Nicolaus Copernicus (1473 - 1543) was a Renaissance scholar called "Copernicus Revolution". One of the most important contributions of Copernicus is the field of astronomy. Copernicus placed the sun in the center of the universe, not the earth. The former system Ptolemy system was earth-centered (the earth is in the center of the universe). In 1543, in his "revolution in the sphere field," he published his theory (he proposed before). He still moves the planet with a circle instead of an ellipse, but he assumes that these circles have no center. He said that the center of the earth is not the center of the universe but the center of gravity and the moon. He said the Earth is one of the seven planets around the solar system and they are stationary. He said the movements of the earth include the rotation, rotation and annual inclination of the shaft.

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 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

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.

Thomas S. Kuhn's Copernicus revolution planetary astronomy in the development of Western thought is a book that clarifies the importance of human and natural world from ancient times to the present. Thomas Kuhn vividly showed that the Copernicus revolution is not only a revolution in scientific theory but also a revolution of religious and conceptual ideas. "The Copernicus Revolution is an ideological revolution, human transformation of the concept of the universe, and relations with the universe," Kuhn pointed out in his book at the beginning. The unique and immovable center of the universe turns into Copernicus's third rock. The aim of this paper is to summarize and criticize Thomas Kuhn's epoch-making article "The Structure of the Scientific Revolution". This will be done by analyzing the concept of his "paradigm", "ordinary science", "scientific revolution". After the outline, we show an example of the "Copernicus revolution" to demonstrate the paradigm shift empirically. The remainder of this white paper is critically studying Kuhn's paradigm concept and irresponsibility of the new revolution in particular. After centuries of religious and political turmoil, countless wars, and the notorious black death that struck nearly one-third of the population of Europe, Nicolaus Copernicus was published in 1543 in his publication De revolutionibus orbium Published in coelestium. Science Revolution But this revolution is not only in science but also in eternally changing the global perspective of every aspect of life. In 1962, Thomas Kuhn announced the breakthrough event of post modern thinking "the structure of the scientific revolution". In the "structure of the scientific revolution", Kuhn proposed a fundamental idea; contrary to the mainstream view, scientific knowledge was obtained through the accumulation of facts and theories. In other words, people mistakenly promoted the development of science. The general view - the idea of ​​the whole civilization - is considered to be wrong. Only when the "truth" is overthrown, we can make a big leap in thinking. Most texts use the Copernicus revolution example to illustrate this point.

Science dramas are a difficult idea at first to grasp. Essentially, it is a paradox. Science is an art that determines sustainable and specific facts, and drama is an imitation art. Science is described as a systematic and systematic quest to the natural world for deeper and more useful understanding (Railsback). The theater is described as an art that touches what is perceived, but it has an intelligently meaningless meaning in life (Cohen 16). Mixing them will invoke curiosity, mystery, and often a wonderful and charming awe. The aim of this paper is to summarize and criticize Thomas Kuhn's epoch-making article "The Structure of the Scientific Revolution". This will be done by analyzing the concept of his "paradigm", "ordinary science", "scientific revolution". After the outline, we show an example of the "Copernicus revolution" to demonstrate the paradigm shift empirically. The remainder of this white paper is critically studying Kuhn's paradigm concept and irresponsibility of the new revolution in particular. After centuries of religious and political turmoil, countless wars, and the notorious black death that struck nearly one-third of the population of Europe, Nicolaus Copernicus was published in 1543 in his publication De revolutionibus orbium Published in coelestium. Science Revolution But this revolution is not only in science but also in eternally changing the global perspective of every aspect of life. First, this concept transforms the perspective. The scientific revolution is presented as a conceptual revolution, which is an alternative process to the central scientific concept. "From a philosophical point of view, this concept is a basic objective way of thinking reflecting the essential attributes of objects, it is abstract and universal." All scientific knowledge based on the concept. Each science is a system consisting of a system that embodies the unification of faith and reference, the unification of scientific theory and unification of scientific thinking. Since the central element of the system determines its structure and function, replacing the central concept inevitably leads to a revolution in the structure of the conceptual system, which will lead to a transformation of the scientific theory paradigm or the scientific revolution. Lakatos believes that the scientific concept system is the "core" of scientific research, and it is a basic theory and idea of ​​research projects.

Parents' care in the 1500s and 1600s was very different from the modern one. In the 1500s and 1600s, children were raised in various ways for conditions such as mortality. During these periods, life expectancy has been shortened due to rodent hygiene and disease caused by waste disposal systems, and parents got a clear reason to grow their children faster than usual. The goal of most parents raising children at this time is to train young adults to mature adults with severe punishment and religious aid so that they can decipher whether the children are right or wrong. In the 1500s and 1600s, several amazing discoveries fundamentally changed the way and reasons why Europeans see what is happening in the physical world. Three scientists who contributed to these changes were Nicolaus Copernicus, Galileo Galilei and Isaac Newton. These scientists have changed the belief that many people have always believed. In most cases, the theory of the Earth-centered is considered to be true. This theory shows that every planet orbits the earth. In 1543, Polish scholar Nicholas Copernicus had a revolution in key areas. In this book, a new theory is proposed that all the planets including the earth rotate around the sun. This is called eccentricity theory. This theory contradicts many people's perception of religious beliefs and daily lives. Because people are confused about planets and behaviors, people believe that every planet will travel around the earth. Puritans were members of the religious social movements in the 1500s and 1600s. This campaign began in England and spread to the United States. When this movement is invoked, the Puritans will affect the social, political and religious aspects of the lives of these people. In a similar way, it affects the people around. The Bible led the life of the Puritans. Everything Puritan must do must obey the Bible. They use the Bible to judge people. A group of people unfairly judged by the Puritans was Native American. They were marked as barbarians only for Puritan reasons. Native American lifestyle is considered "unknown". The main reason why they are considered barbarians is that the Puritan Bible is not alive. Native Americans and Puritans have very different religious beliefs. Puritans believed that they should do nothing on Sunday, but they go to church to pray

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")

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.

In Johnson's "English Dictionary" preface, Johnson believes in the importance of language preservation. Other dialects have their own dictionaries such as French and Italian. Various writers of the 18th century were shocked by the fact that there is no standard in English as it was easy to extinct without standards. Johnson explores many ideas like how and why the language changes and the number of words formed. Johnson talks about how traders are communicating with people in the Mediterranean and coastal areas of India. English dictionary of Samuel Johnson. Johnson has written this book for seven years, thought to be the most influential English dictionary. Johnson's dictionary is not the first as a basic text of English and dictionary editing research, but it is the most inclusive and best study. Criticism of Emmanuel Kant's pure reason Emmanuel Kant's "critique of pure reasons" is mainly considered as one of the most influential philosophical texts of history. Kant's text is one of the most important books for those interested in philosophy to read by exploring their knowledge and reasons, their scope and limitations and their perception of space and time. A writer writing a dictionary is called a dictionary editor. The most famous of these is Samuel Johnson (1709-1784) and that the English dictionary is not only a wonderful personal academic record but also a dictionary of excellence that would be called Jane Austin It is considered. Researchers and scholars who are writing about their findings and ideas can sometimes have a big impact on society. Scientists and philosophers are good examples as their new ideas can revolutionize the way people think and behave. The three most famous examples of this revolutionary influence are Charles Darwin who wrote Nicolaus Copernicus, "Origin of Species" (1859), and "Interpretation of Dreams" (1899) who wrote De revolutionibus orbium coelestium (1543) is. Sigmund Freud

The purpose of this research is to investigate the scientific view of children on ages 5 to 6 and 8 to 9 on the earth, various problem models, open mandatory selection problems, science and contradictions / contradictions It was to do. Reaction - Earth's Scientific Concept 128 children were asked to draw questions about the Earth and answer them. This finding suggests that children aged 5 to 6 have less contradictory / unscientific and scientific responses, but children aged 8 to 9 have more scientific reactions and contradictory / non-contradictory It has a scientific reaction. The aim of this paper is to summarize and criticize Thomas Kuhn's epoch-making article "The Structure of the Scientific Revolution". This will be done by analyzing the concept of his "paradigm", "ordinary science", "scientific revolution". After the outline, we show an example of the "Copernicus revolution" to demonstrate the paradigm shift empirically. The remainder of this white paper is critically studying Kuhn's paradigm concept and irresponsibility of the new revolution in particular. After centuries of religious and political turmoil, countless wars, and the notorious black death that struck nearly one-third of the population of Europe, Nicolaus Copernicus was published in 1543 in his publication De revolutionibus orbium Published in coelestium. Science Revolution But this revolution is not only in science but also in eternally changing the global perspective of every aspect of life. How does the development of scientific ideas from Copernicus to Newton create a new concept of the universe and human beings in it? The scientific revolution is an era of scientific doubt and in this era people made a big discovery about the earth. It was called "the true origin and contemporary thinking of the modern world" (Mckay, 596) and caused the most important change in the world view. There are many reasons for this revolution. University founded Orreries became popular in Europe during the Enlightenment era, where they were used to teach the unscientific masses about the new sun - centered world revealed by the scientific revolution. After believing for centuries that the earth is the static and privileged center of the universe, it helps European imagination to readjust bigger and longer than it is now. Interval's Orrery also plays an important role as well. It is both a mechanism and an icon. As a mechanism it will serve as the first practical prototype of the orrery and will help the 10,000 year clock to tell us for thousands of years. Watch things will be four times bigger. As an idol, Orrery leads people to the path of long-term thinking and opens up space for our position in the universe.

"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.

In the past decade, the cognitive process of creativity has become an essential skill in everyone's life. We may argue that creative thinking is always at the center of development, but for some reason our society is more open than ever. TED's lecture by Ken Robinson "Is the school killing creativity?" (Robinson, 2006) has more than 13 million viewers. In 1999, Tony Blair claimed that "21st century will be utilized by creative thinking" (Fletcher, 1999). "The twentieth century changed innovation into ideology or an undisputed language.The innovation is primarily (and almost completely) implicitly informed.The important and orderly structural thought and action The principle "(Lewis and Costa, announced soon). "The fate of the country opposite to the iron curtain shows the complete rationale for innovation as the emergence of buzzwords and organized concepts to protect unity and order The scientific revolution established science as a source of knowledge growth. In the 19th century, scientific practice was specialized and institutionalized to last until the 20th century. As the role of scientific knowledge in society grows, it is integrated into many aspects of the function of the nation state. The scientific revolution is a convenient boundary between ancient thought and classical physics. Nicolaus Copernicus repaired the solar center model of the solar system described by Aristarchus of Samos. Following this there was the first known planetary motion model proposed by Johannes Kepler in the early 17th century, which suggested that the planet follow elliptical orbits with the sun at the focus of the ellipse. Galileo ("Father of Modern Physics") also validates the physics theory using experiments. This is an important element of scientific method.

I was staring at the window of the airplane independently and saw the infinite sea reaching the mottled sky. When another tear fell on my cheek, the plane hurried to the night. Until a while ago, I waved to my family from a two - story window. Now I am alone. This is my first time that I am alone. Friends and family can not rely on it if there is a problem. I am heading to changing my sense of dependence which depends on my method for a six weeks student exchange program to Australia. Examples of common multiple independent discoveries are: It is an independent calculation of the 17th century developed by Isaac Newton, Gottfried Wilhelm Leibniz et al. Described by Rupert Hall et al. Carl Wilhelm Scheele, Joseph Priestley, Antoine Lavoisier, etc. Oxygen discovered in the 18th century, Charles Darwin and Alfred Russell Wallace independently developed the evolution theory in the 19th century. Gresham Act: Nicole Oresme (circa 1370); Nicolaus Copernicus (1519); Thomas Gresham (16th century); Henry Dunning MacLeod (1857). Ancient references to the same concept included one of Aristophanes' comedy "Frog" (405 BC), comparing bad politicians and bad coins (bad politicians and bad coins are Each will drive good politicians and good coins) Circulation) It is surprising that Wallace found its own natural choice. But the reliability of giving Wallace, not Darwin, may not be misguided. Wallace is not interested in the design of interpretation, but as the title of his article points out the evolution of seeds is considered: "Tendency of varieties disappears from the original type indefinitely." Wallace believes that evolution will occur indefinitely. And it is gradual. Wallace (1858) wrote as follows. "We believe that certain types of varieties tend to develop further into the original type, there seems to be no reason to set clear limits on progress.This progress is a step towards all directions in minutes Darwin does not know how to deal with Wallace's letter. He would like to applaud the discovery of Wallace's natural choice, but I do not want to completely abandon his previous independent findings. Finally, with the consent of Darwin, Sir Charles Lyle and Joseph Hook proposed that Wallace 's letter and two earlier Darwin' s works be announced at the London Linne Society 's meeting. On July 1, 1858, Deputy Minister for Social Affairs George Busky read the three papers in the order written: In a short summary of the article on Darwin's 230 pages in 1844, Darwin on September 5, 1857 wrote. "Abstract summary" of American botanist Asagreg, and Wallace's thesis "About the tendency of breeds indefinitely separated from the original type. Varieties are unstable to prove the permanent nature of species "(Wallace, 1858) year)

Life and age of Johannes Kepler Johannes Kepler is a German astronomer and natural philosopher known for formulating and verifying the laws of three planetary movements. These laws are now called Kepler's law. Johannes Kepler was born at Weil der Stadt in Swabia in the southwestern part of Germany. From 1574 to 1576, Johannes lived with his grandparents; in 1576 his parents moved to the nearby Leonberg, and Johannes entered the Latin language school. In 1584 he entered Protestant Theological Seminary in Adelberg and in 1589 he began his university education with the University of Tübingen Protestant. Johannes Kepler was born on December 27, 1571 in Heinrich and Catalina, Württemberg, Germany. Heinrich is the owner of a local tavern and treats young Johannes as a small boy. When he was young, Kepler was often very sick for some reason, so he became weak and somewhat sad. After witnessing the comet of 1887, Kepler got love of astronomy at the age of six; seeing the solar eclipse in 1580 also contributed to this great interest. In addition to a strong interest in his astronomical figures, young Johannes is also good at mathematics. But first of all, there is a little history. The astronomer Johannes Kepler of the 17th century is known for deriving the law explaining the orbit of the planet. Kepler was originally from Germany and spent most of his life with small towns and walls around Europe. These fortresses made to defend against enemy shells are based on advances in mathematics and engineering over the past several centuries. Kepler himself lived under the siege of Linz for two weeks. Very interestingly, in 1623 he wrote a letter to a friend who explained that he found "a town with round walls" above the moon. Johannes Kepler (1571-1630) is a German astronomer whose discovery extends to Copernicus's sun-centered universe. Kepler's research shows that the planet orbits the sun in a specific orbit. His achievements include an appropriate explanation of how vision occurs and how the telescope uses light. John Calvin (1509-1564) is a French theologian and a lawyer. Under the influence of Erasmus' humanist philosophy, Calvin participated in the Protestant movement during research at the University of Paris. Later he moved to Geneva in Switzerland where he established the theocracy and wrote the Christian religious college. Calvin's interpretation of Christian doctrine is called calvinism. During the Renaissance period, Nicolaus Copernicus proposed the solar center model of the solar system. His work was defended by Galileo Galilee and extended by Johannes Kepler. Kepler was the first person to design a system that correctly describes the details of planetary motion around the sun. But Kepler did not succeed in formulating the theory behind the law he wrote. I think that Newton invented the dynamics of celestial bodies and the law of universal gravity. And he finally explained the movement of the planet. Newton also developed a reflecting telescope

Enlightenment was an era of the 18th century when philosophy and cultural life changed. The exercise began in France and spread to the UK, Italy, Spain, Portugal and Germany at the same time These ideas began with the most famous thinkers and philosophers of the time and eventually shared with the public. Enlightenment is a way of focusing on human improvement by logic and reason rather than absurdity and superstition. This way of thinking shows skepticism in front of religion, challenging inequality between the king and the people, and trying to establish a sound moral system. The idea behind ... shows more content According to Stockstad, these ideas were born from the scientific revolution of the last century, philosophers such as Francis Bacon and Descartes established a scientific method based on the logical reasoning we now know . Experiment to prove these ideas. Astronomer Galileo Galilei confirmed the previous theory of Nicolaus Copernicus that the sun is another way instead of going around the Earth - the planet revolves around the sun. These theories and practices are contrary to the teaching of the Church, especially when Galileo was forced to regain what he said in his view. Other scientists have found on smaller scales related to the animal kingdom and plant life, and artists are used to conveying new discoveries by drawing or drawing these findings. (P. 756) Due to the various revolutions and events that occurred before the 18th century, it can be said that enlightenment is only a logical advance and the next step. Like the previous scientific revolution, the new enlightenment philosophy was disseminated through both art and text, like the encyclopedia of Dennis Diderot sold to the middle class of France printed. The encyclopedia has the latest view on the advantages of art, science and human freedom. Due to this progress Age of Enlightenment is an age of scientific awakening, and Age of Enlightenment mainly developed in France. The starting point of enlightenment is John Rock's book on human understanding. Enlightenment attacked the leaders of the church and focused on problems that were avoided in the past. Trying to challenge the church takes courage. As the Church said, enlightenment let people ask questions such as "Earth is the center of the universe." - These journals impair these authoritative sources - through knowledge and reasons - suggesting a source of new knowledge. The history of the French Academy of Sciences during enlightenment began with the Academy of Sciences in Paris in 1666. As several clerics (13%) show, the academic community shows an increasing interest in science and its secularization. The era of enlightenment, sometimes called the age of reason, refers to the time that leads the movement of thought called enlightenment. During enlightenment, people insisted on it as a means of establishing authoritative aesthetics, ethics, government and even religion. Some people think that the reasons allow people to get objective truth about reality - <http://www.newworldencyclopedia.org/entry/Age_of_Enlightenment> (May 5, 2010 Day Access). 60 Hobbes, Locke and Rousseau among them can be said to have made the most important contribution to the development of liberalism by announcing some pioneering work on liberalism. These works are J Rousseau Social Contract, two articles on citizen's government by T Hobbes Leviathan, J Locke. Later philosophers such as Kant and Rawls further developed these ideas. The focus is different from philosophers and philosophers, but the central idea of ​​social contract remains unchanged.

Communist regime of Romanians and Communists Romanians is one of the most difficult regimes in general in comparison with other countries in Middle Eastern Europe. Of course, except for the Soviet Union under the rule of Stalin. Communism in Romania is a political and economic point of view and is a social point of view that has influenced the freedom of lifestyle in Romania for many years. The history of Romania saw several criminal and political facts through the Communist regime. The Romanian Socialist Republic came into force in 1947 to 1989. You may already know the Communist regime established by the Soviet Union of Romania, but their history also includes Roman settlers, Medieval wars of the Ottoman Empire, World War and Trade Union movement. Romania has many historical museums, ancient fortresses, and a wonderful castle. Do not forget to check out one of the coolest ... Dracula's castle! For most people, life in Romania is easy. Especially in major cities, the ancient traditions and lifestyles are still very active. An antique private house with chickens and cows keeping sheep and cows in the garden is just a part of many shameful places that you can see when strolling the countryside. Romanians may not be the wealthiest people, but they are the most basic and happy people you have ever seen! With the emergence of Romanian communist regime, Selan ran away Romania to Vienna, Austria. So he became friends with Ingeborg Bachmann who just completed a paper on Martin Heidegger. In the face of a city that occupies power, it resembles the wonderful capital of the time that once existed - almost the same as the Austrian - Hungarian Jewish community that was broken at the time - he moved to Paris in 1948. That year, his first poetry collection, Der Sand aus den Urnen ("The Sand from the Pelican") was published by A. Sexl in Vienna. For the first few years in Paris, as characterized by colleagues including old friend Petre Solomon from Cernăuţi, characterized by a strong loneliness and loneliness. In the meantime, he also had many letters with Diet Kloos, a Dutch young singer and anti-Nazi resistance. Between 1949 and 1951, she visited him twice in Paris. Nicolae Ceausescu (1918-1989) led the Romanian Communist government from 1965 until his death in 1989. His regime is known for its extensive corruption, harsh economic situation and secret police without restrictions. After Romania issued a coup d'etat at the end of communist rule, he was executed with his wife Elena. Nicolaus Copernicus (1473-1543) is a Polish astronomer who believes the sun is the center of the universe circling around the earth and other planets. This contradicts the religious and scientific belief that the earth is the center of the universe. He was never challenged directly by the church, but his most important work was not announced until his death.

Book Review of European Politics in the 17th Century Two magazines that I chose to comment on are history and theory, a study of historical philosophy, published at the Wesleyan University and the Renaissance Forum. I will read two historical book reviews on two different places and topics. The first book is about the Marxist historian's book about the reasons and incentives of the French Revolution before and after the revolution and the class problem of the French Revolution written by Jack Amari Rio and Bruce Norton. In the 17th century, Europe experienced a series of thought, knowledge and belief changes that influenced society, influenced politics and brought about cultural change. This is a revolution of thought, understanding how nature works, and desire to understand the laws of nature. Advancement of knowledge has brought out powerful waves emerging from astronomy and mathematics, expanding customs, culture and social behavior of the times. In the history of Europe this period was called scientific revolution. Historians are discussing when the revolution will begin, when will it end, who is the protagonist, and how it will develop, so this expression is controversial. Some historians agree with Nicolaus Copernicus numbers and sun-centered theory (1473-1543) to show the beginning of the scientific revolution, but I believe it comes from Francis Bacon (1561) . Scientific method of -1626) and his explanation. Europe changed greatly from the 17th century to the 18th century. In many ways, this change is the result of changes in intellectuals in natural history and scientific methods. The scientific revolution caused by philosophers such as Bacon, Newton, Descartes, and others caused a dramatic change in European arts and literature. - By the end of the 17th century, a new revolution is about to begin when Protestant Reform movement is over in most parts of Europe. 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. Since the 17th century, enlightenment attempted to remove European censorship system. And it found a political dictatorship combined with religious traditionism. In the 1930's, Alexis de Tocbil was surprised that ordinary people seeking political freedom in the United States continue to be religiously religious and continue to be religious. This is not a typical combination of Europe in his time. Even so, we should recognize that the core principles of the strict medieval theological political system that contemporary people oppose is the application of intention (or sovereignty) to the trials of wisdom. Thomas Aquinas insisted on adhering to this principle in "German", that is, contemporary devotion to freedom of speech ultimately depends on this principle. Justice is completely dependent on will. That is God. "

Can religion and science coexist? Is it possible for Gabriel Berger's science and religion to coexist? The concept of science and religion has been questioned in the "age of stationary" and "people on the earth". These movies show how society responds to events by questioning spiritual beliefs at a certain time and that our world is changing rapidly. Some of the sounds that you heard in the two movies made you feel the tone each movie is trying to convey. These sound effects help the audience understand the moments of tension, fear, despair, and peace, to name just a few examples. Okay, I guess (the concept of religion) can help a bit. I often struggle with people who look at religion with their faces. Science requires doubt, evidence and religion require faith and faith, so there is no concrete way to make science and religion coexist. This is the most tedious talk show material. Will humans begin to regard "them" as angels if robots are not regarded as slaves? After all, through their existence, they can be regarded as kind in general to us. They definitely exist and trust to them will be directly verifiable: I believe my toast will be perfect! A movie like "her" will solve this idea just as if "Bot makes the world a better place" (even if it gets a bit irritated). Many scientists still believe that science and traditional religious beliefs can coexist simultaneously, even if all contradictions between science and religion occur during the scientific revolution. For example, Nicolaus Copernicus is a church official who believes that science and religion are closely related, and that Bacon is also a religious figure. Even Galileo who remembered what he opposed to the church is devout and dedicated Catholic. In any conflict, science has developed rapidly after the scientific revolution. Scientists have been doing countless discoveries; this knowledge has dramatically changed human life indefinitely and has been applied to our daily life. Therefore, scientific revolution is one of the most influential and important events in history. Pran Das may be right about the nature of God and the cause of the world and may not be right. What is important is that science and religion can coexist peacefully. A part of human condition is trying to understand our nature and look for answers to our world. Scientific discoveries enrich our understanding of our universe and ourselves, and now many of these answers are available. But the meaning, value and purpose that science may not be able to answer still has a fundamental problem. For billions of people, religion and faith provide comfort and meaning, but the fact remains that science only provides facts and does not provide answers at all. Thus, while both extremists continue to attack their fists and demand surrender, while others insist that they are good, science and religion will enrich our lives I think that I can do it.

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.

There are many strange things in the moon of the earth that we can not explore. One of the most interesting topics about the moon is whether we will live there in just tens or a century. For example, suppose the earth weighs 150 pounds. If you live in the moon, you will feel that you are weighing only 26 pounds. It is because the gravity of the moon is only 17% of the earth's gravity. You will float in the dark sky If you are not yet attached to something, you will float in outer space and may never come back. There is no doubt that the moon has existed for a long time. There are millions of years to explore the existence of the moon. Then these systems are placed in the month and complete their work. Just thinking about ideas, they did not implement ideas for this system. The moon has a diameter of 2140 miles, about a quarter of the diameter of the earth (Menzel 323). As you think about it, it is a fairly large distance, and it is about a quarter of the size of the Earth, which means that if the moon was colonized it would have at least 1,624,160,602 people It means that you can have it. One (Earth 's Internet). The moon's temperature varies greatly from 265 ° F during the day to a low temperature of 170 ° F at night (Gallant 116). This means that the people living in the month need to adapt to it. Whether they evolve into adaptive adaptation or what we can create ourselves, if it makes it successful, it needs to happen in some way. For example, although our technology is very advanced, we can predict how the moon will look in the next few hundred years, and we still do not know how the moon is formed yet. There is a theory that the moon is torn from one side of the earth when the earth is young and still in the early stages of creation. The second hypothesis states that the Earth captured the asteroid - moon - and pulled it into its orbit (Gallant 116). But if this theory is right, it is an orbit. Indeed, from the Earth and Moon systems, the easiest way to describe the situation is to rotate the moon around the earth; but if you want to draw the earth and moon pictures about the sun's orbit, I will see the orbit of the moon. It is sinking towards the sun everywhere. It always "falls" toward the sun Beginning in the Ptolemy era of ancient Rome, humans believed that the sun, the moon, the planets, the stars would orbit the earth. The concept of this Earth-centered theory is based on the observation that the sun and the moon seem to rotate once around the earth each day, the earth is stable and fixed. Then there is Nicolaus Copernicus, he does not think so. He observed that the planet sometimes crossed the sky behind the observation a few nights. He speculates that this is because the Earth and other planets are moving in the same direction, but at different speeds. This makes another slower planet appear to move backward relative to the faster Earth. The "Sun" of the moon is about 29 1/2 days of the earth. Since this rotation coincides with the orbit around the earth, only about 59% of the moon on the earth can be seen. When the moon was first formed, its rotation speed and trajectory were now very different. As time goes by, the earth 's gravitational field gradually slows the rotation of the moon until the orbital period and rotation speed are stabilized, so one side of the moon is always facing the earth. Therefore, if the mass of the moon tries to become unidirectional (straight), the Earth will draw it in another way (toward the Earth) at the same time. Furthermore, the effect of the Earth 's gravitational field is stronger on the side closest to the Earth than on the far side (the same effect as the Moon' s gravitational field on various parts of the Earth 's surface).

Greeks like sports, the Olympics is the biggest sports event in the ancient calendar. The Olympic Games were held in Olympia in southwestern Greece more than 2 700 years ago. Every 4 years, about 50,000 people from Greece will watch and participate. The ancient game is also a religious festival designed to commemorate the king of Zeus God. There are no gold medals, silver medals, or bronze medals. The winner got a wreath of leaves, the hero welcomed the house. Athletes compete for the glory of their city and the winners are seen to be touched by the gods The ancient Olympic Games were not only sports but also religious festivals. I will learn how to visit ancient games Prior to the start of the game, Messenger was dispatched to announce "sacred armistice" or peace. This means that any war should be canceled so that people can safely travel to Olympia The whole game was dedicated to Zeus. Tourists gathered to see the Temple of Zeus. King of the gods with huge golden statues and ivory statues inside The main event of the Olympic Games is not a sports event but a victim. On the third day of the game, we burned 100 cows at the altar of Zeus at the expense of it. This altar is not made of stone. Instead, it is made from the remaining ashes of all sacrificed cows. By the year 200 AD the ash reached 6 meters! Only men, boys, unmarried girls can join the Olympic Games. Married women are forbidden But women can still keep horses at the Olympic tank race and unmarried women are holding their festival every four years in Olympia. This was called Helia and was held in commemoration of Zeus' wife Hera. The winners were awarded the same sacred olive crown as men. But in ancient Greece, only Sparta women were really interested in sports. Another general indication of the Olympics is flames. The tradition of Torch Relay and the Olympic Flame began in 1936 at the Berlin Olympic Games. Flame symbolizes the beginning of the Olympic Games. This idea came from ancient Greece and on top of the altar of the Temple of Hestia there was a sacred fire maintained through the ancient Olympic celebration. Astronomers and mathematicians first created a solar model in the center of the known universe where the earth rotates. He also placed the planets of the solar system around the sun in the correct order and thought the stars were other objects like the sun. Nicolaus Copernicus believes in Heli-Centric theory in Alicent Lux The modern Olympic Games can be traced back to 1896, but the ancient Olympics can be traced back to 776 BC. Beyond. Historians began on that day, but the Olympics lasted for centuries until the 8th century BC. Originally held in Olympia in Greece - this is the sister city of the Colorado Springs town of the US Olympic Training Center - the competition dedicated to one of the most important religious centers, Zeus, Olympic gods father It is done. Greece Athletes celebrated a new era in 776 BC. The first Olympic Games were held in Olympia, Greece. The Olympic Games we are seeing today are just a few of the first Olympic Games. In ancient games, people also participated in poetry, mathematics, architecture and sculpture. In the 1st Olympics, only football games were used as sports events, but as the popularity of the Olympics grew, wrestling, boxing, chariot racing, horse racing, throwing spear, discus throwing, puncturing etc were done. Since the Olympic Games in 1992, the Olympics participated in the Olympic Games as medal sports, and at the 2005 International Olympic Committee the baseball team stand out in the 2012 Summer Olympic Games. It is still part of the 2008 Olympics. By excluding baseball and softball from the 2012 Olympic program, the IOC could consider adding two different campaigns, but neither received the necessary votes. More importantly, Major League baseball is reluctant to let players participate in the game during the Olympic Game, as the National Hockey League is now in winte

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.

Greek mathematics started in the 6th century BC. However, we do not know much why people are doing mathematics in the meantime. There is no record of mathematicians' ideas about their work, purpose, and method (Hodgkin, 40). Regardless of the motivation to pursue mathematical astronomy, we will all see some by Hippocrates, Plato, Odds, Euclid, Archimedes, Apollonius, Hip Park, Heron and Tall. An impressive mathematical book written by Mi Mi. I think that Ptolemy is the most important part of the history of Greek astronomy. But slowly, the change began to occur. From Aristotle to Ptolemy, there is a clear difference between the psychological aspect of cosmology and the mathematical accuracy of astronomy. Through Ptolemy's age, astronomy does not care much about the psychological aspects of data interpretation and pays more attention to the accuracy of the theoretical prediction. In a sense, this will help Copernicus. Because the movement of the earth can be determined by theoretical analysis of empirical data. However, the Earth as the center of the universe still provides comfort for people. Therefore, the bondage of the Copernicus revolution includes not only astronomical problems but also theological, economic and social problems. In addition to the academic tradition and its dynamics, other factors such as the Protestant Revolution, Marine Navigation, Calendar Reform, Renaissance Humanism, and Neopra Tonism have paved the way for the Copernicus revolution. On the other hand, Ptolemy's astronomy is the science of this definition, but Copernicus is not. I am not saying that Gobry's standard is wrong. Because it is good for Ptolemy. Indeed, Ptolemy is embarrassed by those who worship the so-called scientific revolution and regards everything in front of them as primitive superstition and irrationalism. Ptolemy actually made a permanent and practical contribution. There is no doubt that the Earth-centered model is actually wrong - we got a tool to distinguish not only from where we are now but also from space, to get a larger image. But Ptolemy made a number of systematic observations of stars and planets and created a model to predict those movements. His model can not just help sailors who have sailed in the sea for hundreds of years - in fact, it is still used for naval navigation!

Alistair Kos lived around 310 BC. About 230 BC, Alistair Kos was the first Greek philosopher and mathematician who understood the solar system. Other people in front of him thought that Earth is moving with a ball, but he was the first person who understood the theory of the sun-centered that pointed out that the sun is in the middle. In 288 or 287 BC, he followed Theoftastas as the principal of an esoteric school founded by Aristotle. Aristarchus has only one book "About the size and distance of the sun and the moon". He estimated the diameter of the sun, about seven times the diameter of the earth, and estimated that the volume of the sun was about 300 times the diameter of the earth. * Aristarchus * Aristarchus of Samos (310-330 B.C.), an astronomer often referred to as ancient Copernicus, laid the foundation for the sky scientific investigation. According to Archimedes' contemporary view, Aristotle is not only the first person to propose the world of mind but also suggests a larger universe than any of his predecessors. He wrote that Copernicus himself first praised Alistar Cos, De Revolution Bass, Kalestibus on his own cardboard. Perhaps Copernicus determined that his paper had its own merit. Klein believes that the Greeks are responsible for appealing Samos' Aristax. Because they insist that the movement of the space reactor is not justified ... The only ancient astronomer named the Alicasta's heliocentric model is Celestas, which is one century after Alistar Kos It is a living Greek astronomer. According to Plutarch, Seleucus was the first person to prove the sun-centered system through reasoning, but he did not know what kind of argument he did. Seymour's claim on solar-centered cosmology may be related to tidal phenomena. According to Strabo (1.1.9), Seleucus is the first person who claimed that the tide is due to the attraction of the moon, the tide height depends on the position of the moon relative to the sun. Greek astronomer Alicestars in Samos is the first scientist who was born in 270 BC and knew that the earth would go around the sun. Little is known about the childhood of Alistair Kos and his life. His only record was from Archimedes and Plutak. And they discussed his view on the movement of all the planets in the solar system. Unfortunately, the lack of advancement in technology has greatly influenced his observations, making them inaccurate, especially making his geometric equation inaccurate. The main contribution of Aristarchus is the more accurate scale of our solar system. Aristarchus of Samos is honored to have a lunar crater named after him. And it is also the brightest place of the moon.

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.

Scientific development In the Renaissance era, historians often called Renaissance a scientific revolution. During this period, Nicolas Copernicus first proposed the Earth Revolution around the sun. This is a breakthrough. Prior to this, the earth was stationary and it was widely believed that all the planets, including the sun, were orbiting the earth. The theory of Copernicus also directly connected to the discovery of Kepler, Galileo, Newton. Therefore, it can be said that the discovery of Copernicus was the most important discovery of the Renaissance era. The Renaissance was accomplished by a scientific discovery, the most notable being a printing press developed by J. Gutenberg which enables mass production of books. The center of the Renaissance was thought to be in Florence at the beginning of the 14th century. This is due to the dominant Medici family and later financial and cultural support from the Vatican. Leonardo da Vinci (1452 - 1519) Leonardo was the best painter, scientist, inventor and scholar of the Renaissance. Leonardo da Vinci is widely regarded as one of the world's greatest thinkers. I am interested in music, art and science. Da Vinci was a huge creativity at the beginning of the Renaissance. Immortal painting in many of his works - Mona Lisa Leonardo da Vinci Leonardo da Vinci was born in 1462 in Vinci of Tuscany while he was called Renaissance. His artistic creation and scientific progress not only transcended his age but also definitely contributed to the foundation of the greatest modern technology in history. Many of Leonardo's paintings are still evidence of his pioneering skills, talent and talent. AmericanHeritage® English Dictionary defines "Renaissance" as follows. Leonardo Da Vinci was one of the best thinkers of his time. Most people will remember many of his masterpieces including Mona Lisa, Last Supper, and Vitruvian. But he just did more than drawing art; he was also an inventor and mathematician who studied various subjects. Leonardo's life is more attractive than anyone can imagine. He may be dead, but his work still exists.

The new perspective of Descartes and the world of new science comes from the new development of science. New ideas and developments contradicted some of the most fundamental ideas in the world at the time. The philosophers related to this new world are Copernicus, Kepler, Bacon, Galileo, Descartes, Rock and so on. Copernicus tried to solve the problem of planetary motion by using the sun as the center of the earth. He made things easier until Newton picked it up and answered some important questions about Copernicus' theory. In the era when Hobbes and Descartes lived, a new science appeared. Gradually more and more people are casting doubts on the purpose of religious existence. For most people who are still practicing, problems posed by new science are gaining attention. Descartes is a devout Catholic, religion should not impede science, and science felt that there is no need to disturb religion, so there is no problem. With his independent thought and physical theory, he tried to sever theology from physics boldly. RenéDescartes (1596-1650) is a French philosopher, mathematician and scientist. Descartes was one of the first people who gave up traditional thinking based on Aristotle's teachings. Instead he promoted a new science based on observation and experimentation. For this purpose, he is known as the father of contemporary philosophy. Reza Khan (1878 - 1944) joined the Iranian army when he was young. After led the coup d'etat in 1921, Khan became the war minister, and became prime minister. Four years later he was elected to Shah and reviewed the government and the country thoroughly. At the beginning of the Second World War, the Soviet Union and the UK occupied Iran. Khan retreated and his son became a shee. The UK exiled Khan to Mauritius and then exiled Johannesburg to Johannesburg. Descartes is the father of contemporary thought. Descartes deals with technical rationality in this way, in particular in the natural sciences, and later as a technical science along this tradition. The problem is old and new. Descartes said that the law of dynamics is the same as the law of nature. He is even thinking of animals as an automata. In other words, nature consists of a material mechanism. Mechanization of the world image using the Dijksterhuis phrase is the result. According to Mr. Descartes, "Nature is as easy to understand as watches and robots, as long as they are properly investigated."

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.

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.

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

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")