At that time, the conditions in the institute of mathematics were not very good, and several people shared a dormitory. In order to work better, he moved into a boiler room with only six square meters, only a wooden bed and no tables and chairs.

This wooden bed became Chen Jingrun's workbench-a table with the quilt pulled aside at work. Foreign scientists have high-speed electronic computers, while Chen Jingrun has only one pen, and complicated scientific calculus depends on it.

But for all this, Chen Jingrun doesn't care. He enjoys it and is obsessed with his mathematical research. Many things happen. 1in June, 1966, he published his research results on Goldbach's conjecture in Science BulletinNo. 17, the journal of China Academy of Sciences.

This achievement is the best research achievement on Goldbach's conjecture so far, referred to as "1+2". In order to prove this proposition, Chen Jingrun wrote more than 200 pages of papers.

Extended data:

Chen Jingrun is valued by China for improving a result of the problem. He was transferred to the Institute of Mathematics of China Academy of Sciences, first as an internship researcher, then promoted to a researcher, and was elected as a member of the Department of Mathematical Physics of China Academy of Sciences.

Chen Jingrun is one of the world famous analytic number theorists. In the 1950s, he made important improvements on the existing results of Gauss circle lattice point problem, sphere lattice point problem, Tali problem and Waring problem.

Since 1960s, Chen Jingrun has conducted extensive and in-depth research on screening methods and related important issues.

On September 4th, 2009, Chen Jingrun was named as one of 100 people who touched China since the founding of New China. He has made indelible contributions to the development of mathematics in China and even the world.

References:

Baidu Encyclopedia-Chen Jingrun