How old did Tao Zhexuan live?

Tao Zhexuan was born in Adelaide. At the age of two, his parents discovered his precocity in mathematics, and at the age of three and a half, he was sent to a private primary school. However, despite his extraordinary intelligence, he doesn't know how to get along with children two years older than himself. A few weeks later, his parents wisely sent him back to kindergarten. During the one and a half years in kindergarten, under the guidance of his mother, he taught himself almost all the primary school mathematics courses. During this period, his parents began to read books on gifted education and joined the South Australia Gifted Children Association, so he met other gifted children [12].

1980, when he was five years old, his parents sent him to a public school two miles away from home, because the principal of this primary school promised them that he could provide Tao Zhexuan with a flexible education plan. As soon as he entered school, Tao Zhexuan entered the second grade, but his math class was in the fifth grade.

1982, he began to teach himself calculus when he was seven years old. With the consent of his parents, the principal of the primary school took the initiative to persuade the principal of a nearby middle school to let Tao Zhexuan attend middle school math classes every day. After Tao Zhexuan published his first book, the content is

Terence Tao

1984, entered middle school at the age of eight and a half. After a year of adaptation, he spent a third of his time studying mathematics and physics at Flinders University, not far from home. During this period, Tao Zhexuan, aged 10, 165, 438+0 and 12, took part in the International Mathematical Olympiad and won the bronze medal, silver medal and gold medal respectively.

1989, 14 years old, he officially entered the flinders university in middle school.

199 1 year, 16 years old received an honorary degree in science from flinders university.

1992, 17 years old, obtained a master's degree from flinders university. In the same year, he came to Princeton University in the United States to study under the Wolf Prize winner Elias Stein.

1996, 2 1 year-old, received a doctorate from Princeton University.

1999, at the age of 24, was employed as a full professor by UCLA.

In 2006, at the age of 365,438+0, he won the Fields Prize, and received the award from King Carlos I of Spain at the 25th International Congress of Mathematicians from May 22 to 30.

In 2007, he served as JamesandCarolCollins Professor at UCLA; In the same year, he won the MacArthur Genius Award.

In 2008, he was awarded the Allen wortmann Prize by the National Science Foundation.

From June 5438 to February 2009, Tao Zhexuan came to China as an adult for the first time and participated in the evaluation of the second "Qiu Chengtong Middle School Mathematics Award" as the final interviewer [13];

In what year did Tao Zhexuan die?

Qiu Chengtong 1

Dr Qiu Chengtong is an internationally renowned mathematician, a member of the American Academy of Sciences and a foreign member of the China Academy of Sciences. 1982 won the Fields Medal for his outstanding work in geometry. 1994 was awarded the internationally renowned Crawford Prize by Swedish royal students. 1997 won the National Science Award.

Dr Qiu Chengtong has made outstanding achievements in scientific research and won many honors. More importantly, he paid close attention to the development of basic research in China and closely linked it with his own scientific research development. Over the years, he has been using his international influence and activity ability to cooperate with various forces, and has done a lot of work for the development of mathematics in China.

2. Zu Chongzhi

The name of Zu Chongzhi, a friend of the Science Museum of the Paris Discovery Palace, is tied to the value of pi he discovered. He once calculated that the time for the moon to orbit the earth once was 27.26438+0223 days, which was compared with the modern recognized time of 27.26438+0222 days. It's admirable. At that time, it's no wonder that western scientists named one of the many "craters" on the moon "Zu Chongzhi".

Even in Russia, the "big brother" of socialist countries, there are Zu Chongzhi and Li Shizhen of China in the portraits of famous scientists from all over the world inlaid with colored marble on the gallery wall of Moscow State University. The ancestral home has that outstanding performance, and we have to know something about him.

3. Tao Zhexuan

Tao Zhexuan was born in Adelaide, Australia, the eldest son of his family. At present, he is a mathematician in China, who teaches in the Department of Mathematics at UCLA. He is the only Chinese-Australian mathematics professor who won the highest honor in mathematics, and the second Chinese to win this honor after Qiu Chengtong of 1982. 1996 received his Ph.D. from Princeton University and taught at UCLA. At the age of 24, he was hired as a full professor by UCLA.

The story of mathematician Hua

Grandpa Hua is a world-class mathematician with only a junior high school diploma. 1911.01.02 was born in Jintan county, Jiangsu province. He studied hard when he was a child. After graduating from junior high school and entering Shanghai China Vocational School, he dropped out of school because he could not afford the tuition. After dropping out of school, he worked as a bookkeeper in a small grocery store At the same time, he insisted on teaching himself mathematics, borrowing books and copying books everywhere, and formed the habit of "gnawing" math problems. He taught himself high school courses in five years and all college courses in two years. He has taught in many universities at home and abroad. At the age of 19, he began to publish papers and published dozens of papers, becoming a famous mathematician. Grandpa Hua died during a visit to Japan on June 1985.

The diary led him to success.

Jacob Bernoulli is a famous mathematician in Europe. He was born in 1654 in Basel, Switzerland.

From the age of 13, Jacob kept a diary quietly, and he recorded all his gains and problems in his study. Opening his diary, I have the experience of reading books, newspapers and magazines, the inspiration of discussing math problems with others, and the sudden whim of solving math problems. Diary has become Jacob's problem set, problem-solving ideas and methods set, and the harvest and achievement set of studying mathematical problems.

Jacob's persistent pursuit of mathematics finally led him to learn mathematics. He became a professor of mathematics in university of basel at the age of 33.

The epitaph of a mathematician

Some mathematicians devoted themselves to mathematics before their death, and after their death, they carved symbols representing their life achievements on tombstones.

After Archimedes, an ancient Greek scholar, died at the hands of Roman enemy soldiers who attacked Sicily, people carved a figure on his tombstone to commemorate his discovery of the volume of the ball.

And the surface area is two thirds of the volume and surface area of the circumscribed cylinder. German mathematician Gauss found positive ten in his research.

After practicing the heptagon ruler, he gave up his original intention of studying literature and devoted himself to mathematics, which made him achieve a lot in mathematics.

Great contribution. Even in his will, he suggested building a tombstone with a regular 17 prism as the base.

A German mathematician in the 0/6th century AD/KLOC spent his whole life calculating pi to 35 decimal places, which became Lu.

Randolph counted it, and after his death, someone carved it on his tombstone.

Swiss mathematician Jacques Bernoulli studied the spiral before his death. After he died, on the tombstone,

It is engraved with a logarithmic spiral, and the inscription reads: "Although I have changed, I am the same as before." This is a sentence that has both.

Pun intended, describing the essence of spiral, symbolizing his love for mathematics.

Von Neumann, one of the most outstanding mathematicians in the 20th century.

As we all know, the electronic computer invented by 1946 has greatly promoted the progress of science and technology and society.

The progress of life. In view of von Neumann's key role in the invention of electronic computer, he is praised as "computer" by westerners.

The father of machines191-1921von Neumann made his mark when he was studying at Lu Se Lun Middle School in Budapest.

I am valued by my teacher. Under Fichte's individual guidance, I co-published my first math paper. At this time, von Neumann

Less than 18 years old.

Descartes

Descartes' most outstanding achievement in the development of mathematics is the creation of analytic geometry. In Descartes' time, algebra was still a relatively new discipline, and geometric thinking still dominated the minds of mathematicians. Descartes devoted himself to studying the connection between algebra and geometry. 1637, after establishing the coordinate system, he successfully established analytic geometry. His achievements laid the foundation for the creation of calculus. Analytic geometry is still one of the important mathematical methods.

Mathematical short stories

Oral arithmetic is boring for many students, and sometimes its importance is often overlooked. However, after adding "onion and garlic seasoning" such as mathematical stories to the oral calculation, it has become a "gourmet" for students. Let's have a taste:

Bajie ate some peaches.

Bajie went to Huaguoshan to find Wukong, but the Great Sage was not at home. The little monkeys warmly entertained Bajie and picked 100 of the most delicious peaches in the mountains. Bajie said happily, "Let's eat together!" How to eat? Counting ***30 monkeys, Bajie found a branch and drew it on the ground, and listed the formula, 100 ÷ 30 = 3... 1.

Pig Bajie pointed to the top three and said generously, "You can eat three peaches each. Look, the rest 1 I ate it! " The little monkeys were very grateful to Bajie. They thanked him one by one, and then each took his share.

When Wukong came back, the little monkeys told Wukong how generous Bajie was today and why he only ate a pecan. Seeing Pig's arrangement, Wukong shouted, "What a fool! I'll find him! "

Haha, do you know how many peaches Bajie ate?

● The origin of Arabic numerals

Xiaoming is a child who likes to ask questions. One day, he became interested in the numbers 0-9: Why is it called "Arabic numerals"? So he went to ask his mother, "Since 0-9 is called Arabic numerals, it must have been invented by Arabs, mom?"

Mom shook her head and said, "Arabic numerals were actually invented by Indians." About 1500 years ago, Indians used a special word to represent numbers. There are 10 words, and you can write both strokes. Later, these figures were introduced into Arabia. Arabs think these numbers are simple and practical, so they are widely used in their own countries and spread to Europe. In this way, it gradually became the number we use today. Because Arabs have played a great role in spreading these numbers, people are used to calling them' Arabic numbers'. "

Xiao Ming heard this and said, "So that's it. Mom, can this be called' making a mistake'? " Mom smiled.

● Children's Song Competition

The animal school held a children's song competition, with the elephant teacher as the referee.

The little monkey raised his hand first and began to recite: "I can calculate carry addition, and the digits can only be added if they are aligned." The number of digits should be aligned with the number of digits. When the number of digits exceeds ten, the number of digits should be advanced to ten. Add ten and one to count quickly and accurately. "

As soon as the little monkey finished speaking, the puppy began to recite again: "abdication and subtraction are not difficult, just align the numbers." If the single digits are small enough, ten people can borrow one. If ten people return, one will be ten, and if they return, one will be missing. How to reduce ten digits, ten digits will be reduced again and again. "

Everyone applauded their wonderful performance. Teacher Elephant said, "Their nursery rhymes make us understand that both carry addition and abdication subtraction should win the championship, ok?" Everyone agrees and applauds them.

_, _ and _

A long time ago, the kingdom of mathematics was chaotic. The 0-9 brothers not only dominate the kingdom, but also boast of their greatest skills. The math angel was very angry when he saw this situation. He sent three little angels to the math kingdom to establish order and avoid chaos.

Three little angels came to the kingdom of mathematics, and 0-9 brothers looked at them contemptuously. Q: "What are you three doing in the kingdom of mathematics? You are not welcome! "

_ Laughed and said, "We are judges sent by angels to help you govern your country. I am an equal sign, and these two are' greater than sign' and' less than sign'. Whoever they speak to is greater. Whoever they point to is small. "

When the ten brothers heard that they were judges sent by angels, they obediently obeyed the orders of _, _ and _. Since then, the mathematical kingdom has a strict order, and no one will violate it.

● Little Bear opens a shop.

Bear doesn't like studying, but just wants to do business, so he opened a fruit shop next to the school. Rabbit and monkey are his classmates. They have agreed to teach this lazy guy who doesn't like school.

They came to bear's fruit shop.

"How much are the peaches?" Asked the little monkey.

"The first basket is 6 yuan and 3 Jin, and the second basket is 6 yuan and 2 Jin." The bear replied.

The little monkey said, "If I take 5 kilograms from two baskets, I will pay you 12 yuan, right?"

The bear nodded.

"That I want it all. Since 5 kg is 12 yuan, then 60 kg is 12× 12= 144 yuan, right? "

"Exactly, exactly." Said the bear.

So the little monkey bought all the peaches, paid the money and left happily with the little rabbit.

When I get home at night, the bear pays the bill, which is a loss anyway. The next day, the little monkey and the little rabbit found the little bear and told him the situation. They smiled and said, "It's all because you don't study well that we came to teach you a lesson." They replenished the little money to the bear.

Bear hung his head in shame, and since then, he has been very serious in class every day. The three of them became good friends.

● Tang Priest and his disciples pick peaches.

One day, the Tang Priest told his disciples Wukong, Bajie and Friar Sand to go to Huaguoshan to pick peaches. Soon, the three disciples came back happily after picking peaches. Tang Priest and his disciples asked: How many peaches did each of you pick?

Bajie said with a silly smile, Master, let me test you. Each of us took the same amount of money. There are less than 65,438+000 peaches in my basket. If we count three peaches, there are 1 peach left in the end. Do the math. How many did each of us choose?

Friar Sand said mysteriously, Master, I will test you, too. If there are four peaches in my basket, there is 1 left in the end. Do the math. How many did each of us choose?

Wukong smiled and said, Master, I'll test you, too. If there are five peaches in my basket, there will be 1 in the end. Do the math. How many shall we each choose?

Tang Priest quickly said the number of peaches he had picked. Do you know how many peaches they each picked?

● Excellent mathematical stories

A young man came to see Mr. Liu and introduced himself: "My name is Yu Jiang. I'm taking a tour group to Hong Kong this time. I heard that your hotel has a comfortable environment and good service. We want to stay in your hotel. "

Mr. Liu quickly said enthusiastically: "Welcome, welcome. I wonder how many people are there in your group? "

"People, well, it's a big group."

Mr. Liu was overjoyed: it's great to have big groups and enterprises.

As a tour guide, Yu Jiang saw Mr. Liu's mind. He said slowly, "Sir, if you can count the number of people in our group, we will stay in your hotel."

"Please go ahead." Mr Liu said confidently.

"If I divide my group into four groups, one more person, and then divide each group into four, there will be one more person, and then four groups will be divided into four, there will be one more person, including me, of course. How many people are there at least? "

"How much is a * *?" Mr. Liu immediately thought of it. He must take over the business. "Without specific figures, how to start?" He was a shrewd businessman and quickly replied, "At least 85 people?"

Mr. Yu Jiang said happily, "Exactly, it's eighty-five. Please tell me about your algorithm. "

"The least number of people is the last quartile, and each is one person. It can be inferred that there is 1×4+ 1=5 before the third score, 5×4+ 1=2 1 before the second score, and 2 1× before the first score.

"Well, we'll stay with you today."

"How many men and women do you have?"

"There are 55 men and 30 women."

"We only have rooms for 1 1, rooms for 7 people and 5 people. How do you want to live? "

"Of course, sir, you have arranged it, but men and women must be separated and there can be no empty beds."

One more question. Mr. Liu has never met such a guest, so he has to spend more time.

After thinking hard, he finally came up with the best plan: 1 1 two people, seven people in four rooms, five people in one room; One female room 1 1 person, seven people in two rooms, five people in one room, and one room * * *1/.

After seeing his arrangement, Mr. Yu Jiang was very satisfied and immediately went through the accommodation formalities.

Made a big deal. Although it is a bit complicated, Mr. Liu is still very happy in his heart.

A clever little boy

Once upon a time, a king often gave his ministers around him difficult questions for fun. If ministers do something right, he will give them a little reward with a little kindness. If you can't answer, you will be punished or even beheaded.

One day, the king pointed to a pond in the palace and asked, "I will give jewels to anyone who can tell how many buckets of water there are in the pond." If you can't say it, I will' reward' each of you with 50 whips. "Ministers were stumped by this sudden question.

Just as the ministers were in confusion, a little boy came over to herd cattle. He asked what happened and said, "I want to meet this king."

The ministers brought the little boy before the king. Seeing the little boy in front of him was black, thin and small, the king said doubtfully, "If you can't answer this question, you will be beheaded, you know?" Everyone present made a sweat for the little boy, but the little boy answered the king's question unhurriedly. In desperation, the king gave the little boy a gem award. Children, do you know what he answered?

In fact, the king is a problem of insufficient conditions. It is impossible to find the right answer in normal thinking mode. The little boy just caught the key. He replied like this: "it depends on the size of the bucket: if the bucket is as big as the pond, it is a bucket of water;" If the bucket is only half the size of the pond, there are two buckets of water; If the bucket is one-third the size of the pond, it is 3 buckets of water. "

The little boy actually broke the habitual thinking mode, and the specific problems were analyzed. How clever and flexible his mind is!

● A mathematician triggered by a story

Chen Jingrun is a famous mathematician, who has made great contributions to overcoming Goldbach's conjecture and founded the famous "Chen Theorem", so many people affectionately call him "the prince of mathematics". But who would have thought that his achievement originated from a story?

From 65438 to 0937, diligent Chen Jingrun was admitted to Huaying College in Fuzhou. One day, Teacher Shen Yuan told us a story in math class: "A Frenchman discovered an interesting phenomenon 200 years ago: 6=3+3, 8=5+3, 10=5+5, 12=5+7, 28=5+23. Every even number greater than 4 can be expressed as the sum of two odd numbers. Because this conclusion has not been proved, it is still a guess. Euler said: Although I can't prove it, I am sure this conclusion is correct.

From then on, Chen Jingrun became interested in this wonderful question. In his spare time, he likes going to the library. He not only read the counseling books in middle schools, but also eagerly read the textbooks of mathematics and physics courses in these universities.

Interest is the first teacher. It is such a mathematical story that aroused Chen Jingrun's interest and his diligence and made him a great mathematician.

● Mathematical Story-Tang Priest's Learning from the Scriptures

One day, the Tang priest wanted to test the math level of three disciples, so he called them to him and said, "Now, disciples, I'll write three numbers on the ground. If you can read them accurately, I will pass them on to him. "

The Tang Priest first wrote: 23456. Pig Bajie couldn't wait to say, "Read this in two three four five six!" "The Tang Priest shook his head and said," Bajie, the pronunciation of multiple digits is regular. From right to left, each number is one, ten, one hundred, one thousand and ten thousand. Read each number from left to right, and then add ten thousand, one thousand and one hundred and ten. Be careful not to read the last number as "one". Therefore, 23,456 is read as 23,456. "

Tang Priest also wrote: 130567. The Monkey King immediately said, "It's too easy, pronounced130,567." The Tang Priest shook his head again and said, "Pay special attention to zero. When there is a zero in the middle of a string of numbers, read only the zero and don't read the following numbers. So this number should be read as 130567. "

The third number is 120034. Friar Sand thought for a moment and said, "It should be pronounced 120034." The Tang Priest sighed and said, "If there are several zeros in a string, just read one. So this number should be read as 12034. Disciples, you are not very good at math. You have to keep trying. I can't pass on the scriptures to you for the time being! "

Is Tao Zhexuan still alive

1983 scored 760 points in the first college entrance examination, 40 points short of 800. At that time, Tao Zhexuan started his career at the age of eight. Speaking of Tao Zhexuan, you may be a little strange. He is a well-deserved mathematical genius and has won many medals in the field of mathematics, including the famous 13-year-old international mathematical Olympic champion. At the age of 24, he became a professor and got a job at the University of California. In 2006, he won the Fields Medal, which is recognized as the Nobel Prize in mathematics. What kind of person is this Mozart in mathematics? How is he doing now? Let's explore.

Before getting to know Tao Zhexuan, let's get to know Tao Zhexuan's parents. How do excellent parents cultivate such a genius? Tao Zhexuan's father, Tao Guo Xiang, is an excellent pediatrician. Tao Zhexuan's mother, Liang Huilan, is high flyers of mathematics and physics, and both are high flyers of HKU. The latter two moved to Australia and gave birth to Tao Zhexuan in 1975. Tao Zhexuan's parents also spent a lot of effort to cultivate Tao Zhexuan. Tao Zhexuan, who was less than four years old, was sent to a private school by her parents to attend primary school. Unfortunately, she didn't go to kindergarten because she was too old to communicate with her peers. After attending kindergarten for more than a year, Tao Zhexuan's mother never gave up and personally guided her. By the age of five, Tao Zhexuan had completed all primary school courses.

In 2008, he won the wortmann Prize in Allen. Since then, his amazing talent has attracted the attention of the whole world. Tao Zhexuan's IQ was once tested by an association, and the result shocked everyone present. The test score reached an astonishing 230 points. You know, the great Einstein's IQ score is only 165! Tao Zhexuan's first half of his life was destined to be amazing. Before he came of age, he was a household name in China. At that time, many parents learned from their parents in Tao Zhexuan, hoping that their children would become the next "Tao Zhexuan". As an adult, he won many awards and became famous all over the world. He is aptly called "Mozart in mathematics".

What is Tao Zhexuan doing now? Bian Xiao learned that Tao Zhexuan is still engaged in education-related industries, leading the growth of a new generation. In 2009, Tao Zhexuan returned to her mother's arms for the first time, participated in the school competition and served as a judge. Tao Zhexuan, as a "front wave", leads the rolling "back wave". In the vast ocean of knowledge, * * * swims together and * * * grows together. Today, we are still working hard.

Fortunately, although Tao Zhexuan has a good educational background and excellent genes, he is not Fang Zhongyong. Although he has extraordinary intelligence, he is still studying hard, relying on his perseverance and love of mathematics to cultivate, sow and breed fruits wholeheartedly in his own field. Relying on our own persistence, the final fruit will be bigger and bigger, and we will taste the harvest. We should uphold this concept, shine and focus in our own field, and in the end, we will also reap the fruits of success.

Evaluate Wei, the great god of Peking University.

Wei Dongyi and Tao Zhexuan in Peking University are both mathematical geniuses. Both of them have extraordinary talents, similar experiences and similar research fields. However, Tao Zhexuan, a senior in mathematics, also put forward the theory of "compressed perception", and his achievements are still above that of Shen Wei.

Tao Zhexuan was very young when he won the Olympic gold medal.

Tao Zhexuan, born in 1975, is an Australian Chinese. He won the International Mathematical Olympiad gold medal at the age of 13, even younger than Shen Wei who won the same medal.

2. Shen Wei has less time to get a doctorate.

It took Tao Zhexuan five years to get a bachelor's degree and graduate from a doctor's degree, while it took Shen Wei four years. From this perspective, Shen Wei needs less time. Shen Wei is a researcher in the department of differential equations in Peking University, and Tao Zhexuan's research direction is also "nonlinear partial differential equations".

Tao Zhexuan's scientific research achievements:

Tao Zhexuan is a master mathematician in nearly 10 important mathematical research fields, such as harmonic analysis, partial differential equations, combinatorial mathematics, analytic number theory and algebraic number theory.

Tao Zhexuan has also made great achievements in the field of applied mathematics research, such as jointly proposing a new guiding theory of information acquisition.

Once this theory was put forward, it attracted attention in the fields of information theory, signal and image processing, medical imaging, pattern recognition, geological exploration, optical and radar imaging, wireless communication and so on, and was named "Top Ten Breakthrough Technologies" in 2007 by American Technology Review magazine.

On September 201May 17, Tao Zhexuan announced that he had proved the existence of the Erdos difference problem, which was put forward by Erds Parr in 1932 and puzzled the academic circles for more than 80 years.

Does Tao Zhexuan admit that he is from China?

Although the number of prodigies is small, it doesn't mean that there are no prodigies. Many prodigies are born in China and all over the world. Some of them studied hard when they were young and achieved remarkable results. Also, because I was too proud when I was a child, I was shown off by my parents, which didn't develop well and eventually disappeared from everyone. There is no doubt that the latter is not what parents want to see. Since they are prodigies, we certainly hope that they can give full play to their own strength and become world leaders.

With the expectation and cultivation of the public and parents, someone really appeared with hope. This is Tao Zhexuan, the math genius of Zaohui. At the age of 8, you can score 760 points in the college entrance examination, and your IQ has even surpassed Einstein. What is he doing now?

Although Tao Zhexuan is from China, he was not born in China. His parents immigrated to Australia in the 1970s. Tao Zhexuan was not born at that time, and by the time Tao Zhexuan came into this world completely, he had already come to Australian land. As a relative of Tao Zhexuan, his father is a pediatrician, while his mother is an excellent student, good at physics and mathematics.

Seeing the birth of their child, they naturally hope that this child can be as excellent as themselves, so they attach great importance to their education. Because of their parents' concern, they soon discovered that Tao Zhexuan was very talented in mathematics. At the age of 2, he was able to think about some relatively simple mathematical problems. This surprised both parents, so in order to give their children a better education, they sent Tao Zhexuan to a private primary school when he was three years old, hoping that Tao Zhexuan's intelligence could be better developed there.

However, contrary to expectations, although Tao Zhexuan is a very clever boy, his IQ is also very high. But he is only three years old after all, and his EQ and IQ don't match. Therefore, the environment of primary school is not suitable for this child prodigy, and parents finally have to send their children back to kindergarten from primary school.

However, if you just go to kindergarten, Tao Zhexuan's IQ will definitely be wasted. Therefore, parents discuss that children should be educated before they grow up. That is, in this short period of more than one year, parents have taught their children a lot of knowledge, and Tao Zhexuan has even completed all the contents of primary school.

Because Tao Zhexuan was excellent, a headmaster found Tao Zhexuan's parents and hoped to send their children to their school for education. Tao Zhexuan's parents agreed, and Tao Zhexuan also studied the fifth grade when he was a sophomore at school. Even at the age of seven, he wrote a book on calculating the perfect number, which immediately caused a sensation in the world.

Tao Zhexuan was so clever that he became a middle school student at the age of eight. And participated in a series of Olympic Games, and won many gold medals, silver medals and bronze medals. This is the achievement of a child of several years old. Even at the age of eight, he took the American college entrance examination. Maybe he's just testing the water, but this time he scored 760, so he can go to college.

However, he didn't. He stayed in middle school for six years. He didn't officially enter Flinders University until 14 years old. In college, he was equally dazzling. He completed his bachelor's degree in just two years. I finished my master's degree in one year. After that, I went to Princeton University and got my doctorate in four years. At this time, Tao Zhexuan was a 2 1 year-old doctor, and by the time he was 24, he was already a professor of mathematics.

From the student to the teacher, he only spent half the time of others. As an adult, Tao Zhexuan obviously didn't stop researching and exploring, and he continued to make dazzling achievements. Fields, MacArthur and Allen Walter are all in Tao Zhexuan's pocket. Therefore, Tao Zhexuan is not proud of his achievements, but still shines brilliantly in various fields. After finishing his studies, he not only continued his academic research, but also studied.