Hua, male, 19 10, from Jintan, Jiangsu. When he was a teenager, he was eccentric and taciturn, so the villagers gave him one? Luo idiot? At that time, everyone thought that the child would never have a future. 1922, Hua entered junior high school after graduating from primary school. Under the guidance of the math teacher, this slow-moving, silent and weird boy became very interested in math and showed extraordinary talent.
Middle-aged Chinese
The math teacher also found that Hua never sticks to the rules when solving problems. After his own thinking, Hua often puts forward a set of unique and simpler mathematical problem-solving methods, which makes his teacher pay great attention to cultivating Hua's mathematical ability.
Although Hua's math scores are among the best, he didn't go to senior high school, so he had to go to Shanghai because his other subjects were unqualified and some of his subjects were too serious? China Vocational School? study During his study in this vocational school, Hua still insisted on solving mathematical problems with his own unique problem-solving method, and at the same time simplified the abacus calculation method, so that he won the ranking of 1 in the Shanghai arithmetic competition.
China at work
At this time, Hua was unknown in the history of Chinese mathematics. Until the winter of 1929, his life changed dramatically. This year, Hua unfortunately got a serious illness, which caused his left leg to be disabled. However, his physical disability did not hurt his spiritual belief, and Hua still insisted on studying mathematics.
65438+ In February of the same year, Hua began to publish his first work related to mathematical research in Science magazine founded by China Science Society. 1930 12 He published an article "The reason why Su Jiaju's algebraic quintic equation can't be solved" to refute the mistakes of Su Jiaju's mathematical articles at that time. Unexpectedly, his rebuttal article has brought earth-shaking changes to his life.
Old man Hua Luogeng
Shortly after Hua's article was published, it attracted the attention of Xiong Qinglai, head of the Department of Mathematics at Tsinghua University. Xiong Qing came to read Hua's article and found that there was such an unknown person hidden in China's mathematics circle? Dark horse? . Immediately, he learned about Hua's life through Tang Peijin, a math teacher in Jintan, Jiangsu. This poor China with only junior high school education surprised and envied Xiong Qinglai.
193 1 year, Hua took classes in Tsinghua University, and taught himself advanced mathematics with the promotion and support of the head of the department of mathematics. In just two years, Hua was promoted to teaching assistant by this top university in China and began to teach calculus. From 65438 to 0935, Hua published dozens of mathematical papers in magazines at home and abroad, becoming a top scholar in domestic mathematical papers, which also made him famous internationally.
Old man Hua Luogeng
With his love and hard work in mathematics, Hua gradually made his mark in the international mathematics field. He went to Cambridge University for further study, and then returned to his native China during the Anti-Japanese War and became a professor of mathematics at the National Southwest Associated University. Those years when guns were rumbling, flames were blazing, food was not enough, clothes were not warm, and alarms were running, made China stronger and stronger.
From Tsinghua University to The National SouthWest Associated University, from giving up the generous treatment of the United States to presiding over the teaching research institute of China Academy of Sciences, Hua continued his academic research in mathematics at home and abroad and became a legendary hero in the modern history of mathematics in China.
Old man in Gu Chaohao
In the history of modern mathematics in China, Hua not only wrote a magnificent chapter for the history of mathematics, but also wrote it in the universe of mathematics. Poetry? Gu Chaohao is also a silent and shining superstar. Gu Chaohao was born in 1926. When he was a child, he was raised by his widowed sister-in-law. Even though he didn't grow up with his parents, Gu Chaohao learned kindness and innocence from his widowed sister-in-law.
After studying in a private school, Gu Chaohao began to have a soft spot for mathematics. Those numbers and symbols that are boring in the eyes of other children are fascinated by Gu Chaohao. In the third grade of primary school, Gu Chaohao first came into contact with mathematical division. In the class of 1 divided by 3, he first learned that mathematics is an endless concept. Since then, he has formed an indissoluble bond with mathematics, and he began to use his imagination to learn mathematics. For example, when the teacher asked whether the area of a quadrilateral with a side length of 1 was also 1, Gu Chaohao gave a completely different view. If this square is used,
Gu Chaohao's extraordinary mathematical imagination is also related to an extracurricular book called "The Garden of Mathematics" that he came into contact with in middle school. It is in this book that Gu Chaohao realized that the original concept of speed can only be accurately understood through calculus. Before that, he thought he knew the concepts of speed and acceleration. It was not until he read through this extra-curricular book on mathematics that Gu Chaohao realized that only by accurately understanding every mathematical concept can he really master mathematics.
Gu Chaohao's mathematics nutrition from extracurricular books makes his mathematics more creative and vital. For example, in the three fields of differential geometry, partial differential equations and mathematical physics, we can all see Gu Chaohao's active figure and his breakthrough achievements in the world.