"Long winds and waves will sometimes hang directly on the clouds and sails to the sea - Li Bai's "Difficult to walk"
Zhang Ailing once said that it is necessary to become famous early, perhaps for the innovators of Chinese science and technology. The junior class of the University of Science and Technology of China is a good proof, where a lot of pioneering scientific and technological talents have gathered, and their young age is also very young, but their subsequent achievements are far higher than ordinary people.
Perhaps many of the scientific research achievements in the field of science and technology are based on the foundation of the older generation of scientists, but we all understand that if a country wants long-term development, it is far from enough to rely on the efforts of the older generation of scientific researchers, and it is necessary to maintain long-term vitality, and it is necessary to have novel creations if you want scientific and technological innovation, which must rely on the inheritance of new forces from generation to generation.
Since ancient times, China has been rich in talents, and there is no shortage of talents needed for basic science. Since modern times, there have been countless well-known scientists in China, such as Qian Sanqiang, Qian Weichang, Qian Xuesen and many other outstanding scientists who have struggled for the country all their lives.
Today, the baton of China's scientific research has come to the hands of a new generation of workers, including such a young and famous scholar, named Chen Gao, a very young mathematician, who returned to China as a professor at the age of 26 after studying abroad, and solved a mathematical problem that has plagued the world for many years.
<h1 class="pgc-h-arrow-right" data-track="6" >, interest leads to the future</h1>
Chen Gao is a post-90s, born in 1994, he has been particularly prominent since he was a child, in Ruian, Zhejiang, he is still famous, children of the same age are playing hide and seek on the street when he has consciously picked up textbooks and began to read books by himself, and his favorite is books related to mathematics.
After the initial primary school enrollment, Chen Gao especially liked the math class, unlike other children, Chen Gao's receptivity is very strong, and he can quickly understand new knowledge, that is, he gradually revealed his talent in mathematics, early to complete the six years of primary school mathematical knowledge, and in the sixth grade to participate in the national mathematics competition won the first prize.
Such a rising mathematical star, of course, can not hide from the local junior high school to dig up the eyes of talents, Ryan Middle School saw his talent in mathematics, directly recruited him to enroll, can be described as a special case. Due to early enrollment, Chen Gao was about three years younger than his classmates in the same grade, and although he was small, it did not affect his outstanding performance in academics in the slightest.
At this time, Chen Gao has long been at ease in mathematics, can learn more mathematical knowledge in a hundred ways, and has already reached the mathematical level of normal adults, or even more powerful, but due to the special situation of height conditions, the school has taken extra care of him. In addition to the normal class, more other time is also at his own discretion, Chen Gao does not live up to anyone's trust, and the free time is also serious study.
<h1 class="pgc-h-arrow-right" data-track="11" > second, self-taught to enter the junior class</h1>
Chen Gao is talented and has a stronger receptive ability than normal students, and he began to learn the learning content of higher grades very early, so many teachers in class will also teach him higher-level knowledge to help him grow better and faster. The encouragement and help received in this school, as well as the like-minded friends he met, made Chen Gao very grateful in the future. During this period, the outstanding alumni of Ryan High School also gave him a lot of help and opened up a broader vision for him.
The ability is too excellent, so that Chen Gao constantly jumped the grade, in the second year of high school, he passed the examination to enter the junior class of the University of Science and Technology of China, which has a very low admission rate, and the peers here are similar to him, and they are all strong in the future of Chinese science and technology when they were teenagers. There is no doubt that only in such an environment can you find a confidant.
Chen Gao, who was fascinated by mathematics since childhood, resolutely chose to major in mathematics, during his time in school, Chen Gao did not participate in any community activities, but participated in a knowledge competition with many knowledge points, the first of which was the mathematical competition, and also won glory for the country as a representative in many international and national competitions.
All the way to the University of Science and Technology of China to complete the master's degree, Chen Gao decided to go abroad to see, and more talents from all over the world to discuss, this time he went to the State University of New York at Stony Brook to study for a doctorate in mathematics, not surprisingly during the school period is still very good results, and his supervisor is also a well-known geometry expert in the academic field - Professor Chen Xiuxiong.
<h1 class="pgc-h-arrow-right" data-track="16" > third, return to China to teach to solve the problem</h1>
Chen Gao did not disappoint anyone during his doctoral studies, and published three papers on mathematical calculus that attracted attention in the academic community, in which he elaborated on the process, method and results of his solution to Hawking's problem of "gravitational transients" in 1977.
I don't know how many mathematicians have studied this problem, but unfortunately there has been no result, and Chen Gao, who is so young, has solved this unresolved problem and immediately attracted attention in the academic circles.
Suddenly, Chen Gao became famous in the United States, and many universities invited him to teach, but Chen Gao still decided to return to China after completing his phD in New York, and many cutting-edge experts in the United States were trying to get him to join the team, but Chen Gao refused, and his heart to return to China was very strong. He felt that today's China will get better and better in basic research, and returning to China can not only engage in its own research but also drive the overall development of scientific research to serve the country. Eventually, he returned to the University of Science and Technology of China, which is his alma mater.
Because Chen Gao has excellent performance in both his degree and in scientific research achievements, as a special talent who has served as a professor at the Geometry and Physics Research Center as soon as he returns, Chen Gao is humble and rigorous, and he is conscientious in life and work, and under his influence, the results of the entire laboratory can be described as thriving.
Later, the young Professor Chen Gao completed his thesis and successfully published it in the top mathematical journal "New Advances in Mathematics".
This paper elaborates on the J equation independently proposed by Chen Xiuxiong and Donaldson and the deformation of the supercritical Ermit-Yang Zhenning-Mills equation proposed by Yau Chengtong and others, which can be said to be a groundbreaking innovation. Chen Gao was only twenty-six years old, but he solved a problem that affected the future development process of the world, which caused a sensation not only in China but also in the international mathematical community.
<h1 class="pgc-h-arrow-right" data-track="23" > Conclusion:</h1>
Judging from Chen Gao's outstanding life, talented people will use their talents to the extreme, and constantly break through themselves, guard against arrogance and impetuosity, and still open up a new era. He was also never complacent, always humble and low-key, just doing things. No matter at what stage of life, I don't forget to add to my favorite mathematical career.
Chen Gao is so excellent that he can choose to create a new world abroad, but he does not have any nostalgia and chooses to return to China to do research and contribute to his country. A scientific worker who is both talented and patriotic is an example for contemporary youth and deserves the admiration of all of us.
References "Difficult to walk", "HKUST Young Chen Gao"