Chinese scientists bios, contributions, stories, and quotes

There are a lot of them on the Internet, so you can look them up yourself.

The stories of famous Chinese scientists are:

1. Yuan Longping:

From 1964 to 1965, during the two-year rice flowering season, Yuan Longping and his research team conducted cross-breeding experiments in rice fields. Later, 6 naturally male sterile plants were found in the rice field.

After two spring and autumn observations and experiments, he had a rich understanding of rice male sterility materials, and according to the accumulated scientific data, he worked for about 12 years after graduating from university, and published it in Science Bulletin, Vol. 17, No. 4, 1966.

2. Zhu Kezhen:

In 1915, after receiving a master's degree from Harvard University, Zhu Kezhen stayed at Harvard to continue his studies, and Zhu Kezhen was also one of the most important leaders of the China Science Society. Founded by students studying in the United States, the China Science Society and its journal Science Magazine.

During this period, he successively published many articles such as "China's Rainfall and Storm Theory" and "Some New Facts of the Typhoon Center".

3. Qian Weichang:

During his time at Tsinghua, Qian Weichang met Kong Xiangying, a talented woman from the Chinese Department. In 1935, they both actively participated in the Anti-Japanese Salvation Movement and were able to get to know each other. Qian Weichang arrived at the Southwest Associated University in Kunming in 1939 to join Kong Xiangying, and got married on August 1 of the same year.

The officiant of the wedding was Qian Weichang's mentor Wu Youxun, and in the 61 years since then, Qian Weichang and his wife have been in love with each other, and they have a son and two daughters.

4, Hou Debang:

Hou Debang's life is very frugal. His slide rule, which he had been using since he was a student, was not replaced until 1943. His radio, which he was reluctant to throw away after decades of use, had an aging tube, so he replaced one and continued to use it.

Hou Debang doesn't drink, smoke, tea, play cards, or watch plays, he just likes to read books and think about problems. Once, because he was thinking about the calculation parameters of the tower, he actually took a small plate for serving vegetables to serve rice at noon. When the rice could not be served, I realized that I had taken the wrong tableware.

These have been passed down as good stories by colleagues.

5. Children's first week:

After the 70s of the 20th century, Tong Dizhou began to pay attention to the study of nucleoplasmic relationships by biochemical methods. He and his collaborators also studied the mutagenic effect of nucleic acids on goldfish traits, and achieved many results and published **.

His scientific research work has always run through a thread, which is from the structure of the egg before and after fertilization to the interrelationship between cytoplasm and nucleus in development, and then the role of cytoplasm in trait inheritance.

1. The foundation of science is a healthy body. - Marie Curie.

2. Science has no borders, but scientists have a motherland. —Pasteur.

3. I am willing to devote all my life to scientific research to the motherland and people who gave birth to me and cultivated me. - Pavlov.

4. Everything is difficult at the beginning, and this is true of every science. - Marx.

5. The truth may be on the side of the few. —Plato.

6. I have never made an accidental invention in my life. All my inventions are the result of careful consideration and rigorous experimentation. - Edison.

7. In the present age, the truth is so obscure, and the lie is so ingrained that we will not know the truth unless we love it. - Pascal.

8. Dissatisfaction with oneself is one of the fundamental characteristics of any truly talented person. - Chekhov.

9. Only by obeying nature can we control nature. - Bacon.

10. The ability to think independently is a necessary ability for scientific research and invention. Any of the more important scientific creations and inventions in history are inseparable from the independent and in-depth way of the inventors. —Hua Luogeng.

11. Children's games often contain profound thoughts. - Schiller.

12. I want to turn my life into a scientific dream, and then turn the dream into reality. - Marie Curie.

13. In the knowledge of truth, anyone who claims to be an authority will surely fall in the laughter of God! - Albert Einstein.

14. It is much more difficult to turn words into actions than to turn actions into words. - Gorky would not have had a great cause without great difficulties. —Voltaire.

15. The benefits of error are temporary, but the benefits of truth are permanent; When there are defects to truth, those defects are quickly eliminated, and the defects of error are always with error. —Diderot.

16. Genius is one percent inspiration and ninety-nine percent perspiration - Edison.

17. The trick to learning a lot is not to learn a lot at once. - Loque.

18. The use of time is an extremely advanced law. - Engels.

19. Man's vocation is to have the courage to explore the truth. - Copernicus.

20. Knowledge is power. - Bacon.

21. When you can't tell yourself what you've learned today, don't go to sleep. - Fort Lichton.

22. Whoever is rash about the truth in small matters cannot be trusted in great things. - Albert Einstein.

23. The first sign of a cultured mind is to be good at asking questions. - Plekhanov.

1. Newton was alone in the orchard at home, because he was thinking about a problem while walking, he accidentally bumped into the apple tree in the garden, and an apple happened to hit Newton's head. Newton suddenly woke up to the problem and picked up the apple, at which point he was caught up in the question of why the apple fell to the ground instead of floating into the sky.

Eventually, Newton came up with a universal law for the generation of the simplest phenomenon: gravitation.

2. When Franklin was 7 years old, there was a holiday when the adults gave him a lot of money. Franklin planned to use this "huge money" to go to the store and buy some toys. On the way, he saw a boy blowing a whistle very vigorously, and he was completely fascinated by the whistle at that time, so he exchanged all his money for the boy's whistle.

3. Back at home, Franklin proudly whistled around the house, but disturbed the whole family. His family learned about his deal and told him that he had paid 4 times more than its original price for the whistle and made him understand that with these extra payments, more and better things could be bought.

4. Boyle was born in Ireland on January 25, 1627 into a noble family. His father was an earl and his family was wealthy. He was the youngest of fourteen brothers.

In his childhood, Boyle was not particularly intelligent, he spoke a little stuttering, and he did not like lively games, but he was very studious, and liked to read and think quietly.

5. He received a good education from an early age, and from 1639 to 1644, he traveled to Europe. During this time, he read many books on the natural sciences, including astronomer and physicist Galileo Galilei's famous book "A Dialogue on Two World Systems". He was very impressed by the book.

His later famous book, The Skeptical Chemist, was written in imitation of this book.