The famous words of mathematician Wu Wenjun, how did Wu Wenjun become a mathematician

A problem has raw data, and the answer to the problem is also expressed in the form of some data, and the original data and the conclusion data are connected by some form of relationship, and this relationship is the equation, and the establishment of the relationship is the establishment of the equation.

2.In this sense, ancient Chinese mathematics is a kind of algorithmic mathematics, that is, a kind of computer mathematics, and our oldest mathematics is also the most suitable and modern mathematics of the computer age.

3.Solving various problems becomes solving various equations, so solving equations has become the main goal of the historical development of Chinese mathematics for more than 2,000 years.

4.Ancient Chinese mathematics developed polynomial equations, difference equations, and infinitive equations, but when it came time to really solve calculus, due to various political, ideological and social reasons, it came to a halt and stopped at the gate of analytic geometric calculus. However, the Chinese equation of difference is actually one that is most suitable for the computer age.

Famous quotes. 5.In the process of developing equation solving, ancient Chinese mathematics has clear clues, step by step, and continues to advance, forming new concepts and methods in this process, so that mathematical theories have been developed accordingly.

6.In the history of ancient Chinese mathematics, we solved equations in order to solve problems, developed our mathematical theories in order to understand equations, and developed our basic mathematics, from which we can see the superiority of our mathematical methods.

7.I was inspired and guided by ancient Chinese mathematics, combined with some modern Western technology, using computers to prove geometric theorems, and finally forming the often mentioned mathematical mechanization.

8.Today's Chinese mathematics often follows in the footsteps of foreigners.

9.I have a "strange theory", don't keep talking about masters. I remember reading it when I was a child, it seems that Liang Qichao or who said such a meaning——— heroes all come out of backward countries.

10.There are few people, and everyone admires one occasionally, and when the whole is really developed and everyone is about the same, they don't particularly feel who is a hero.

11.In the future, mathematics should follow the path of ancient Chinese mathematics, rather than the international path, which is a general trend.

12.When I was in school, I liked physics the most because it was closer to reality.

Wu Wenjun. wentsun

Wu), male, native of Jiaxing, Zhejiang, born on May 12, 1919 in Shanghai, China, is a mathematician. Wu Wenjun's research work involves many fields of mathematics, and his main achievements are in the fields of topology and mathematical mechanization. He did foundational work on topology.

His research on demonstrative classes and demonstrative embeddings has been called "Wu formula", "Wu demonstrative classes" and "Wu demonstrative embedding classes" by the international mathematical community, and are still widely cited by international peers. Wu Wenjun graduated from Jiaotong University and received his Ph.D. from the University of Strasbourg in France in 1949. In the late 70s, in the context of the great development of computer technology, he inherited and developed the tradition of ancient Chinese mathematics (that is, the idea of algorithmic guessing Zhou Xiao), and turned to the machine proof of geometric theorems, which completely changed the face of this field.

Wu's research has achieved a series of international leading results, which have been applied to the current popular symbol computing software in the world. Wu Wenjun, who is now the honorary director of the Institute of Systems Science of the Chinese Academy of Sciences, has received several national and international awards, including Herbrand, the highest award in the field of automatic reasoning in 1997

award, The Shaw Prize in Mathematical Sciences in 2006.

Hope. Thank you. Have a good life.