Five famous stories of digital artists

Mathematicians are people who have made creative contributions to the development of mathematics in the world. They mainly study number theory algorithms, mathematical modeling, theoretical physics, geometric algorithms, algebraic transformation skills and so on. This time I compiled the famous stories of digital artists for your reference.

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Celebrity stories of digital artists 1

Hua is a world-famous mathematician, born in Jintan, a small county in the northwest of Taihu Lake in Jiangsu Province, a land of plenty.

Hua loves to use his head since he was a child. When he was in junior high school, his talent in mathematics was already revealed. Shortly after graduating from junior high school, Hua dropped out of school because of family financial difficulties. After that, he helped his father manage the small grocery store.

He loves mathematics, and he didn't give up the opportunity to study mathematics because he was out of school. In order to find time to study, Hua gets up before dawn every day and lights an oil lamp to read. He is often so absorbed that he forgets the time. It was not until the customer knocked on the door to buy something that he rushed to open the door to welcome the guests. During the day, when the customer came, he helped his father calculate the abacus and keep accounts. As soon as the customer left, he quickly buried himself in reading or practicing math problems.

Once, Hua was writing at the counter when a middle-aged man came in, looked at the pen on the shelf and asked, "How much is this one?" Without looking up, he blurted out, "586892!" The man turned to China and asked in surprise, "How much is it?" "586892!" The man stopped talking and walked outside the store with an incredible expression, and happened to bump into Hua's father who came back from working outside. It turned out that Hua answered the answer to a math problem. After the customer left, his father finally vented his anger. His face was livid. He grabbed the manuscript paper from the counter and tore it into pieces. He warned Hua: "This is not the first time. If it happens again next time, I will burn all your manuscript paper! " "

Hua is like this. While working, he used all his spare time to study hungrily. Whether it is cold or hot, he insists on studying hard. Even a serious illness made him disabled for life, which didn't bother him, but made him stronger. He overcame the unimaginable difficulties and obstacles of ordinary people and strode towards the palace of mathematics. He taught himself all the mathematics courses in high school and university in only five years, which laid a solid foundation for independent study of number theory.

Where there is a will, there is a way. 1in the spring of 930, 19-year-old Hua's paper "Why can't the solution of Su Jiaju's algebraic quintic equation be established" was published in Shanghai Science magazine. Xiong Qinglai, a famous mathematician, praised him and invited him to be a teaching assistant in the Department of Mathematics of Tsinghua University. He cherishes this rare learning opportunity very much and often stays up all night to study mathematics. After half a year, Hua has been sitting in class with graduate students. The following year, Hua's papers began to be published in famous foreign professional magazines, and Tsinghua University made an exception to promote Huawei's teaching assistants with only junior high school education.

From a junior high school graduate to a university teacher, it took Hua only six and a half years. A few years later, recommended by Tsinghua University, Hua was sent to study at Cambridge University in England. After returning to China, he became a professor in The National SouthWest Associated University.

China has not only made great achievements in academic exploration, but also has a childlike heart and always shows great love for the motherland.

1946 In September, Hua was invited to give lectures at Princeton University in the United States, and was later hired as a tenured professor by the University of Illinois in the United States. There, Hua and his family have beautiful houses and luxurious cars, and their living conditions are superior; The school also provided him with four assistants and a typist, and the research environment was world-class. However, when the news of the birth of New China came, Hua resolutely returned to the embrace of the motherland. In an open letter to China students studying in the United States, he wrote: "For the sake of the nation, we should go back! In order to serve the people, we should go back! "

This is China, which not only represents the academic peak of China at that time, but also is the backbone of China people.

Celebrity stories of digital artists II

At a dinner party, in order to liven up the atmosphere, the guests asked a question: "If your house accidentally caught fire after you checked into the hotel, how did you use your professional skills to deal with it?"

The eloquent writer spoke first. He said, "In the face of a fire, I should take some photos first so that I can write a report in the future. Then I should put out the fire like a hero's photo."

The physicist went on to say, "Fire should be related to the heat of energy science. I think it is necessary for me to measure it well and calculate the damage it will bring as soon as possible. "

The chemist said unhurriedly, "This is actually related to the ignition point. There is enough oxygen to reach the ignition point, and the house will naturally catch fire. Then I will try to dilute the oxygen first, or reduce the heat required for combustion. I can consider going to the lab to make some carbon dioxide. "

The mathematician who couldn't get a word in his mouth interrupted the chemist's speech and said what he thought was the most reasonable and simple solution, which shocked everyone present.

Smart readers, from the mathematician's point of view, guess how mathematicians will solve this problem?

Mathematicians are good at asking questions, demonstrating and solving problems. For "fire"

This hypothesis, the mathematician said bluntly: "the solution always exists, so why do it?"

Everyone present burst out laughing.

Celebrity stories of digital artists 3

Chen Shengshen1911010 was born in Xiushui County, Jiaxing, Zhejiang Province on October 28th. He is a Chinese American geometer in the 20th century. When he was a teenager, he showed his talent in mathematics. In his mathematical career, after several choices and difficult climbing, he finally became brilliant. His outstanding contribution to global differential geometry influenced the development of mathematics as a whole, and he was praised by Yang Zhenning as another landmark figure after Euclid, Gauss, Riemann and Gadang. He presided over and founded three mathematical research institutes and trained a group of world-renowned mathematicians. I love my hometown in my later years, and I return to the Institute of Mathematics of Nankai University in Tianjin every year to take charge of my work and cultivate new people, just to realize my dream: to make China a great mathematical country in the 2 1 century.

Chen Shengshen was admitted to Xiuzhou Middle School at the age of 9. At this time, he has been able to do quite complicated math problems, and has finished reading books such as "Feng Shen Bang" and "Yue Quan Chuan". 1in the autumn of 922, my father worked in Tianjin court, and Chen Shengshen and his family moved to Tianjin and lived in Zhou Wei Road, Sanma Road, Hebei Province. The following year, he entered Rotary Middle School (now Tianjin Railway No.1 Middle School) near his home. Although Chen Shengshen is very young in his class, he fully shows his talent in mathematics. Chen Shengshen was less than 15 years old when she was admitted to Nankai University. He is a famous young talent in the whole school. College students should ask him for advice when they encounter problems. He is also willing to help others. In the first grade, there was a Chinese class, and the teacher wrote a composition on the topic. Chen Shengshen writes very fast, and often several articles with different contents can be written on the same topic. The student asked him for it, but he kept one for himself and gave the rest away. It was not until he sent a composition that he found that the person who gave it to others scored higher than himself.

He doesn't like sports, but he likes playing bridge, and he plays cards very well. The library is Chen Shengshen's favorite place to go. He often stays in the stacks for several hours. He reads all kinds of books, including history, literature and natural science. When entering the school, Chen Shengshen and his father thought physics was more practical, so they planned to choose the physics department when they divided their subjects in the second grade. However, because Chen Shengshen doesn't like doing experiments, he can't study chemistry or physics. There is only one way-to enter the Department of Mathematics.

Jiang Lifu, head of the Department of Mathematics, had a great influence on Chen Shengshen. There are only five students in the Department of Mathematics 1926. Chen Shengshen and Wu Daren are all classmates. Wu Daren, a native of Guangdong, graduated from Nankai Middle School and walked to Nankai University. He used to be a senior physics major, but he was attracted by the charm of Jiang Lifu and transferred to the Department of Mathematics. He and Chen Shengshen became very close and became lifelong bosom friends. Jiang Lifu was glad to have two such excellent disciples who taught many courses that seemed profound at that time, such as linear algebra, differential geometry, non-Euclidean geometry and so on. In the second grade, Jiang Lifu asked Chen Shengshen to be his assistant. The task is to help the teacher correct the test paper. At first, I only changed my grade one. Later, I asked him to change his grade two, and another math professor also gave him the paper, with a monthly salary of 10 yuan. When he first got the money, Chen was not without pride. This is his first labor reward!

After Bobby Chen was admitted to Nankai, he lived in the Balitai teaching building. Every Sunday, when he comes home from school, he will pass the Guang Hai Temple, which is a Japanese military camp. He was very unhappy when he saw the Japanese devils with live ammunition, so he couldn't help walking away quickly. Further on is Heather's "three cares", which is a smoky place and makes him extremely disgusted. When he returned to school from home, he had to pass through Heather and Guang Hai Temple, and he didn't feel at ease until he entered Balitai campus.

Celebrity stories of digital artists 4

Gauss, a famous mathematician, was born in Germany in 1777. He has published mathematics monograph 155 successively, and has the title of "the king of mathematicians".

Gauss's father is a bricklayer's foreman. He always pays his workers every Saturday. Once, when he was calculating the wages for the workers, little Gauss stood up and told his father that he was wrong. It turned out that 3-year-old Xiao Gaosi was lying on the floor and had been secretly following his father's calculations. His father was surprised to check it again, and sure enough, the child was right. Gauss later recalled his childhood and said that he had learned to calculate before he learned to speak.

When Gauss was in the third grade, the teacher once gave the students an arithmetic problem to find the sum of 1 to 100. Unexpectedly, just a few seconds after the teacher narrated the topic, Gauss was the first to hand in the small slate with the answer written on it. At first, the teacher didn't pay attention to this move, thinking that this little guy didn't know what to write. But when he checked the slate of the class and found that the only correct answer belonged to Gauss, he was surprised. What is even more surprising is that Gauss used the method of calculating arithmetic progression that the teacher had not taught. That is, add two numbers one by one to make the sum the same: 1 plus 100 is101; 2 plus 99 is101; The sum of 50 plus 5 1 is also101; A * * * has 50101; Multiply 50 by 10 1 and finally get the correct answer: 5050.

Gauss's talent made Bertnell, the teacher, very excited and guilty. It turned out that he was uneasy about working in rural primary schools and looked down on farmers' children. After this happened, he carefully prepared lessons and worked hard at teaching.

Gauss is particularly willing to play with his uncle Ben Ci, who likes little Gauss very much. Every time he goes home, he always tells stories and plays games to little Gauss, and sometimes takes him out to catch butterflies, fish and pick mushrooms.

One day in April, it was a sunny day. Little gauss followed his uncle to play in the wild. He rode on his uncle's shoulder to go to school to ride a horse, holding a twig in his hand and shouting, "Ga! Hey! " Like a powerful cavalry general.

Suddenly, the running horse stopped. It turned out that a piece of wood floated from the upper reaches of the river. In order to develop little Gauss's intelligence, my uncle asked:

"Little Gauss, why don't you think the wood sinks into the water?"

"The wood is light!" Little Gauss answered without thinking.

My uncle bent down, picked up a stone and threw it into the river. The stone plopped into the river. He asked again:

"Is it a big wood or a small stone?"

"Big wood is much heavier than small stones!"

Why can a small stone lighter than a big stone sink into the water, but a big wood much heavier than a small stone can float on the water? My uncle deliberately didn't explain to my little nephew and let Gao Xiao think for himself. So, this "why" stayed in little Gauss's mind for a long time, and he has been thinking hard.

Uncle Ben Ci is a caring man. In order to make the little nephew grow better, he scrimped and saved and bought many good books for little Gauss. This is such an interesting book that little Goss can't put it down. Little gauss's intelligence developed well, and his mathematical genius was out of control, and eventually he became the king of mathematics.

Think about it: a person's growth, in addition to his hobbies, can not be separated from the surrounding environment. Parents should be good at guiding and helping their children and stimulating their curiosity.

Celebrity stories of digital artists 5

Archimedes, a famous scientist, was born in 287 BC, an ancient Greek. He was a great mathematician in ancient times. He discovered many scientific laws and principles and made great contributions to laying the foundation of modern science.

Archimedes was born in a scholarly family in Syracuse, the ancient city of Sicily, Italy.

At that time, Sicily was a colony of Greece, far from Greece and its nearby islands. Archimedes' hometown Syracuse is a beautiful and noisy city. Every day, a large number of ships from the Mediterranean gather on the dock of Syracuse, loaded with all kinds of grains and colorful commodities produced by Athens workshops. The market is crowded with vendors buying goods, and the narrow streets are bustling with pedestrians in a hurry.

When Archimedes was a child, Lovsky often watched the ships coming and going on the dock. He thought: why can the ship float on the water? He put the stone on the water and it fell into the water with a splash. He put the leaves on the water, and the leaves whirled away in the wind. His little head is full of questions, and he often sits by the dock alone and forgets to play with other children.

Archimedes was looked after by his mother and nanny before he was 8 years old, and lived with the women at home. When there are no outsiders at home, he can go to the courtyard and hall, but if his father has friends to visit, the children are not allowed to go to those places.

Archimedes often played hide-and-seek and tug-of-war with children, and also played games, hoop rolling and races with sheep bones. They have swings, toy books and a van. You can put a dog or a sheep, whip them and make them run. The children are laughing and shouting in the back. It was fun.

Archimedes likes mathematics very much, and his good friend Curran is also a little math fan. They often draw geometric figures, deduce formulas and calculate together, and also like to design some mechanical figures. This requires a lot of paper, but papermaking was not invented at that time. People use sheepskin instead of paper and sedge instead of paper, which is expensive and inconvenient to use.

Curran often complains, "God, where can I find paper?" Archimedes wanted to think, found a branch and said to Curran:

"Well, use the land as paper!" Curran scratched a few times on the ground with a twig and complained:

"The ground is too hard to read."

Archimedes shoveled out the ashes, spread them evenly on the ground and wrote on them. He happily said to Curran:

"How, much clearer!"

Archimedes has the habit of walking alone by the sea. As he walked, he thought about a wide range of issues.

Once, Archimedes was walking on the beach by the sea, and suddenly he remembered a math problem. He picked up a small shell and made it on the beach until dark.

The next day, Archimedes met his good friend Curran and immediately took him to the beach. He said happily:

"ah! Do you think the beach here is the most suitable place for us to study? "

Archimedes said that and immediately drew several geometric figures on the beach. Curran also cheered happily and shouted:

"Great, we have the cheapest paper in the world!"

Since then, Archimedes and Curran have taken time to go to the beach every day to work out mathematical formulas and exercises. It is really hard to imagine that many geometric principles, physical formulas and theorems discovered by Archimedes later started with calculations on the beach.

Think about it: every child is the greatest genius in the world. Don't erase their fantasies and imaginations. What we do is not to bind, but to help.

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