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1. bo kan shi kou pin yu
2.Ranked among the best eye-catching calloused hands and feet.
3.Hua Luogeng studied hard, achieved excellent grades, and developed a spirit of curiosity to think, at the age of 19, she also wrote an article to refute the article of a famous professor in China; He worked hard and achieved remarkable results in his research.
4.During his study in the UK, Hua Luogeng's research on the problem in the tower had a wide influence, and was known as the "Fahrenheit theorem".
During his four years in the United States, Hua Luogeng's scientific research achievements made him "one of the world's top mathematicians".
Due to his outstanding achievements, Hua Luogeng was successively elected as a foreign member of the American Academy of Sciences, a member of the Third World Academy of Sciences, and an academician of the Bavarian Academy of Sciences of the Federal Republic of Germany, and his name is recorded in the history of internationally renowned scientists.
5.In order to choose the truth, for the sake of the country and the nation, for the sake of the name of the person, for the sake of the personal way out.
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You don't understand your question! Is it winter and summer vacation homework?
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1. Intelligence comes from diligence, and genius lies in accumulation. - Hua Luogeng.
2. People help me, never forget, I help others, don't remember it. - Hua Luogeng.
3. Accumulate meritorious deeds over time, and spare every inch of the mountains and rivers. - Hua Luogeng.
4. Genius is not enough, intelligence is unreliable, and it is unthinkable to pick up great scientific inventions. - Hua Luogeng.
5. Self-study, not afraid of a low starting point, afraid of not going to the end. - Hua Luogeng.
6. Scientific achievements are accumulated bit by bit, and only long-term accumulation can be accumulated from bit by bit to sea. - Hua Luogeng.
7. The strong man will die in battle, regardless of the slightest scar, fight against the thousand-year-old devil, and fight for the new wind of a hundred generations. Throw it generously. - Hua Luogeng.
8. In learning, we must dare to do subtraction, that is, subtract the part that has been solved by our predecessors, and see what problems have not been solved, which we need to explore and solve. - Hua Luogeng.
9. New mathematical methods and concepts are often more important than solving mathematical problems themselves. - Hua Luogeng.
10. Science is the study of seeking truth from facts, and it must not be false at all. - Hua Luogeng.
11. Although Jincheng is happy, it is better to return to his hometown; Paradise is good, but it is not a place to stay for long. Return. - Hua Luogeng.
12. In the face of the cliff, I can't see a crack in a hundred years, but with an axe and chisel, I have to go in inch by inch, I have to go in inch by foot, and I have to accumulate continuously, and the leap will come, and the breakthrough will follow. - Hua Luogeng.
13. All the more accomplished scientists are, without exception, experts in the use of time, and people who are determined to devote a lot of time to a great deal of labor. - Hua Luogeng.
14. Scientific inspiration is by no means something that can be waited for. If there is any chance of scientific discovery, then this "chance opportunity" can only be given to those who are knowledgeable, to those who are good at independent thinking, and to those who have the spirit of perseverance, not to the lazy. - Hua Luogeng.
15. In the long river of seeking truth, only by studying, constantly studying, studying diligently, and learning creatively can we cross the mountains and mountains. - Hua Luogeng.
16. Anyone must develop the habit of self-study, even if they are students in school today, they must also develop the habit of self-study, because sooner or later they will have to leave school! Self-study is a kind of independent learning and independent thinking ability. It is still up to the passers-by themselves.
- Hua Luogeng. I adopted, thank you!
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Hua Luogeng is a great mathematician, the founder and pioneer of analytic number theory in China, and is known as the "father of modern mathematics in China".
He left behind 10 great works on mathematics in his lifetime: "Theory of Stacked Prime Numbers", "Introduction to Number Theory", "Talking about the Circle of Units", "Thinking of Optimization Method" and so on. The next time I borrow a book, I must borrow these books, although I can't understand it a little, but I can also get a general understanding.
After Hua Luogeng graduated from junior high school, he dropped out of school because he had no money and went home to help his father run the grocery store. But he spent 5 years to complete all the mathematics courses in high school and the lower grades of college, so he had the achievements in the future, and now the conditions of Tuanyan Bridge are so good, I must study hard and be admitted to a good university, and I must also achieve something!
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1. Hua Luogeng is a world-famous mathematician, and the founder and pioneer of China's analytic number theory, matrix geometry, canonical groups, self-safety function theory and other researches.
2. Hua Luogeng Que Changchi was born on November 12, 1910 in Jintan County, Jiangsu, China, and died of a heart attack in Tokyo, Japan on June 12, 1985.
3. The international research achievements of mathematics named after Fahrenheit include Fahrenheit's theorem, Fahrenheit's inequality, Prauwell's Gadhama theorem, Fahrenheit operator, Huawang method, etc.
4. Dai Qing Li Biao's works include the theory of prime numbers, the study of optimization, the introduction to advanced mathematics, starting from the Yang Hui triangle, etc.
5. He has made unparalleled contributions to the development of Chinese mathematics, and is known as the father of modern Chinese mathematics, and is listed as one of the 88 great mathematical figures in the world in the Chicago Museum of Science and Technology.
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When he was a child, Hua Luogeng's family was poor, and he dropped out of school before graduating from junior high school. While he helped his father look after the store, he still didn't forget to study. With no time, he developed the habit of waking up early, being good at using fragmentary time, and being good at mental arithmetic.
There are no books, no paper and no pen, and he has developed the habit of being diligent in his hands and diligent in independent thinking.
2.When the mathematician Gauss was in high school, every night the teacher would give him one or two difficult problems for him to practice, but he could basically solve them quickly, but one day, the teacher gave a problem, and he used one night to make it, and then when he came to the school and asked the teacher, he learned that the problem was accidentally caught by the teacher, which is a mathematical problem in the world and has plagued mathematicians for more than 100 years.
Extended Materials. Hua Luogeng (, was born in Jintan District, Changzhou, Jiangsu, and his ancestral home is Danyang, Jiangsu. He is a mathematician, academician of the Chinese Academy of Sciences, a foreign member of the National Academy of Sciences of the United States, an academician of the Third World Academy of Sciences, and an academician of the Bavarian Academy of Sciences of the Federal Republic of Germany.
Member of the Standing Committee of the 1st to 6th National People's Congress of China.
He is the founder and pioneer of many aspects of Chinese analytic number theory, matrix geometry, canonical groups, automorphic function theory and multivariate complex function theory, and is listed as one of the 88 great mathematicians in the world today in the Chicago Museum of Science and Technology. The mathematical research achievements named after Fahrenheit in the world include "Fahrenheit's theorem", "Fahrenheit's inequality", "Fahrenheit method" and so on.
The Pythagoreans of ancient Greece believed that any number in the world could be expressed as an integer or a fraction, and made this one of their creeds. One day, one of the members of this school, Hippasus, suddenly discovered that the diagonal of a square with a side length of 1 was a strange number, and he studied it diligently, and finally proved that it could not be represented by integers or fractions. But this broke the tenets of the Pythagoreans, and Pythagoras ordered him not to spread the word. >>>More
In 1785, at the age of 8, Gauss was in the first grade in an elementary school in rural Germany. >>>More
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1. The short story of Chen Jingrun in mathematics.
Mathematician Chen Jingrun, while thinking about a problem, walked and hit the trunk of a tree without raising his head and said, "I'm sorry, I'm sorry." "Keep thinking. >>>More