The Life of Linus Pauling

When chemists began introducing new technologies and discoveries to the world soon, the 20th century was full of advances in science and technology. Linus Carl Pauling was one of the most famous scientists in the 1900s. His knowledge has spanned many scientific themes. Born in Portland, Oregon Pauli was forced to work because his father passed away at the age of only 9 at the age of 12. Polling was often focused on family responsibility, but he immediately felt interest in science.

Linus Pauling (1901-1994): America's famous chemist and biochemist, Linus Pauling, is one of the best scientists ever and today has more than 1,200 scientific papers and papers published. He is also the chemistry field of quantum mechanics - the founder of quantum chemistry. Linus Pauling's contribution to chemistry includes discoveries such as chemical bonds between atoms. Physics is one of the oldest fields of academic knowledge today. Science in this field focuses on research on things, exercise, time, space and so on. Physics is called natural knowledge. The world 's most famous physicist, including Isaac Newton, Albert Einstein, Galileo Galilei, Mary Scroldofskari, Nikola Tesla, has completely changed the world, such as Thomas Alva Edison.

Throughout history, some of the most active peace supporters are scientists. Albert Einstein, Bertrand Russell, Linus Pauling, Albert Schweitzer is one of the great scientists working vigorously for global harmony. Perhaps they are aware of the preciousness of the earth as the only known planet of life to help motivate their efforts. Let us think about our position in the universe and share humility. It encouraged many thoughters to think about how to bring a match to the Earth.

In 1960, a Nobel laureate chemist, Linus Pauling accepted an invitation to write a paper when writing a paper by Albert Szent-Györgyi, the discovery of vitamin C. In collaboration with my colleague Emile Zuckerkandl, Polling has developed truly revolutionary ideas. It is a molecular clock. "This is the renaissance of the idea proposed by the bacteriologist George Nuttall in 1904. Comparing the sera can evolutionarily understand the proximity of the species," said Physics Anthropologist at the University of Pittsburgh, Pittsburgh "Said Jeffrey Schwartz. We "Their article clarifies the changing assumptions of the molecule, the older the differences between the species, the more these species need more to accumulate the difference in their molecules."