China Mathematical Genius Immigrants

Genius can't make people not have to work, nor can it replace labor. To develop genius, you must study for a long time and work with great tension. The more talented a person is, the more complicated and important the task he faces. -smirnoff

The word genius or prodigy can always attract the attention of people all over the world quickly, but we have also seen many examples of "being young and being old may not be good", so people from all walks of life are always extremely concerned about the attention of every genius.

But we also know that, as Hua said, "intelligence comes from diligence, and genius lies in accumulation." If you don't have good education and training the day after tomorrow, you will be a genius in your teens and will be of no help to the society in the future.

Just like Zhong Yong, who was injured before, he was young and smart, but in the later period, he didn't continue to study hard and became "indifferent to anyone". Therefore, innate intelligence still needs acquired efforts to make the road of "genius" go further.

We can always hear stories about young geniuses around us. At the age of eight, Tao Zhexuan took the American College Entrance Examination and scored 760 points. It is said that his IQ is higher than that of Einstein. So many years have passed. How is he now?

Young genius, beginning to show signs.

The talented boy of that year was Tao Zhexuan, an Australian Chinese, and 1975 was born in Adelaide, Australia. He was born in a Kochi family. His parents both graduated from Hong Kong University and 1972 immigrated to Australia.

As we all know, parents are the first teachers for a child, and a good family education is very important for a child.

Tao Zhexuan was born in such a family. His father is a pediatrician and his mother is high flyers, a physics and mathematics major. She used to be a math teacher in a middle school. It can be seen that Tao Zhexuan's talent as a teenager is not only related to his innate genes, but also influenced by the family education atmosphere.

When Tao Zhexuan was two years old, he showed an unusual talent for mathematics. He especially liked reading books related to mathematics in infancy, so his parents, after discovering his early wisdom in mathematics, planned to train him well at this prime time.

Tao Zhexuan had been studying at home until he was three and a half years old, and all the relevant knowledge points could reach the level of the sixth grade of primary school. So when he was three and a half years old, his parents sent him to a private primary school, hoping that he would start an orthodox education.

However, Tao Zhexuan, who is only three and a half years old, shows great love and talent in mathematics, but he is no different from ordinary children in other aspects. He doesn't know how to get along with children much older than himself.

In this regard, Tao Zhexuan's parents are prescient. They did not force their children to stay in primary school regardless of their actual situation and growth needs. On the contrary, after consideration, they let Tao Zhexuan return to normal kindergarten life and play and grow up with children of the same age.

Learning is personally directed by her mother, so during this period in kindergarten, Tao Zhexuan can grow up with her peers and exercise her interpersonal skills. At the same time, under the guidance of her mother, she has finished all the courses of primary school mathematics.

I have to say that Tao Zhexuan is lucky to have such parents. It is precisely because of the scientific arrangement and cultivation of parents that Tao Zhexuan, who showed a mathematical genius when he was young, did not encourage others to grow up too much, and Tao Zhexuan did not lose his love for mathematics while growing up happily.

Scientific training, open learning career

With the gradual growth of Tao Zhexuan, in order to give Tao Zhexuan a more scientific and effective education, parents also read a lot of books about gifted education, and joined the South Australian Association of Gifted Children, giving Tao Zhexuan the opportunity to meet people who are as talented as themselves in some aspects.

1980, Tao Zhexuan was five years old. After graduating from kindergarten, Tao Zhexuan was sent to a public primary school. After discussion between parents and principals, this school can provide Tao Zhexuan with a flexible education plan, so that Tao Zhexuan can attend the second grade class at other times, but the math class can be in the fifth grade. In this way, Tao Zhexuan began his ordinary study career.

At the age of seven, Tao Zhexuan began to teach himself calculus. With the consent of his parents, the principal of his primary school persuaded the principal of a nearby middle school to let Tao Zhexuan attend middle school math classes every day. This kind of education is very practical for Tao Zhexuan. Under this educational system, Tao Zhexuan published his first book about calculating the perfect number with the Basic program.

At the age of eight and a half, Tao Zhexuan had entered middle school. During this period, his talent and achievements in mathematics attracted wide attention. He also took part in the American college entrance examination and scored 760 points.

After more than a year's adaptation after entering middle school, Tao Zhexuan spent one third of his time studying mathematics and physics at Flinders University. During this time, he not only studied, but also participated in the International Mathematical Olympiad, winning bronze, silver and gold medals respectively.

That's it. At the age of 265,438+0, Tao Zhexuan received a doctorate from Princeton University. It can be said that parents' behavior undoubtedly played a key role in Tao Zhexuan's academic career. They didn't force Tao Zhexuan, because professionals from all walks of life spoke highly of Tao Zhexuan. They gave Tao Zhexuan all the choices and hoped that Tao Zhexuan could study in a more mature and calm state.

Excellent growth, dedication to science.

Tao Zhexuan, 2 1 year-old, was hired as a full professor by the University of California only three years after receiving his doctorate. He was the youngest full professor in this school at that time.

For Tao Zhexuan, this achievement is not the end of his life, but his ultimate destination is continuous research and enterprising. In 2006, Tao Zhexuan won the Fields Medal, making him the second China native in the world.

In 2008, he was awarded the Allen wortmann Prize by the National Science Foundation. In this way, he can't help but wonder what kind of surprise he can bring us.

Later, after IQ test, Tao Zhexuan's IQ can reach 230, which is incredible, surpassing Einstein's 165. Later, in 2009, Tao Zhexuan returned to China for the first time, served as an interviewer for a competition final, and also participated in the evaluation of the second "Qiu Chengtong Middle School Mathematics Award".

Summary:

For Tao Zhexuan, all the research on mathematics attracted him and made him sink into infinity. Moreover, he has made efforts and footprints in all aspects of mathematical research, and has overcome many topics that have been shelved for a long time, just like the "Ordos Difference" that has been shelved for 80 years, which was finally proved by him.

In the early days, Tao Zhexuan was called a genius, but now he is a pure mathematician. On this road, he was not tired of becoming famous as a teenager, but he has been making unremitting efforts.

Tao Zhexuan's experience can be said to show the public how a young genius does not fall short of mediocrity. Just as Bi Feng once said, "Genius is nothing more than hard work and diligence", there is no shortcut to life, and all things born need hard work the day after tomorrow so as not to be lost. I hope all "geniuses" will not forget their diligence and walk out of a brilliant life on their own road.