From small town academic to chief scientist

For the foreign mathematics community, the proof of the ABC conjecture is more important than the establishment of the Chongqing High Court.

The proof of the ABC conjecture means that countless number theory conjectures related to it will be directly established.

Promoted to Zhou's theorem.

The Fermat's Last Theorem that Wiles originally proved can also be condensed into one page.

Fermat's original statement that the space here is too small and inconvenient to write has become a fact.

This is an extremely amazing result. Compared with all the number theory conjectures proved by Zhou Yi,

None of them are as important as the ABC conjecture.

Beer's conjecture, 3n+1 conjecture, Goldbach's conjecture, Polignac's conjecture and many other number theory conjectures are not as important as the ABC conjecture.

The most valuable conjecture is the ABC conjecture.

Hilbert's eighteenth question may be more valuable than the ABC conjecture.

Kepler's conjecture has a long history and strong application.

At this moment, Wiles, who was at Oxford University, looked at Zhou Yi's paper with a look of disbelief.

Is Zhouyi really the god in number theory?

In two or three years, so many conjectures of majority theory have been solved, but the correctness of the ABC conjecture is still unknown.

Thinking that Zhou Yi poached two Fields Medal winners to go to Chongqing High Court, Wiles began to curse.

"This Zhou Yi, it is not good to go to any university to recruit people. I have to come to my Oxford University to recruit people. Are there not enough people at Princeton?

Are there still few people at the Ecole Normale Supérieure in Paris? "

Wiles scolded and read excitedly. This paper was still so wonderful.

There is not a single redundant word in each sentence,

There is no superfluous formula in every line, it is perfect and insightful to the core.

Compared with Mochizuki Shinichi's paper, Zhouyi's paper is obviously more in line with conventional solutions.

Makes it easier to understand.

Schulz from the University of Bonn in Germany looked at Zhouyi's paper and couldn't help but smile bitterly.

"Are you still taking the lead? But now I'm looking forward to Mochizuki Shinichi's stubborn guy's expression.

It must be like eating shit. Read Zhouyi's paper first, just in case you are wrong like Mochizuki Shinichi, hehe. "

When Schultz won the Fields Medal, he personally went to Kyoto University and had a conversation with Mochizuki Shinichi.

Schultz and the two believed that Mochizuki Shinichi's paper had problems and was irreversible. It was an error that could not be corrected.

Mochizuki believed that Schulz did not understand his theory of the universe at all.

The final result was that the three of them broke up on bad terms.

Obviously no one can convince anyone.

At the Institute for Advanced Study in Princeton, Deligne also organized a meeting,

Regarding the meeting on Zhou Yi’s ABC conjecture, there are quite a few number theorists here.

There are many people who have won the Wolf Prize and the Fields Medal. Such an important conjecture must require the most authoritative review.

Kyoto University and Dongjing University in the island country are almost organizing experts in number theory to study Zhouyi's paper.

In Beijing, Qiu Chengtong Mathematics Center, Qiu Chengtong also organized a group of people to study Zhouyi's paper.

The Yau Sing-tung Mathematics Center of Shuimu University is also a world-class mathematics university.

Its teaching staff is not weak at all, and almost all of them are founders of a certain direction.

All over the world, almost all universities, including the Chinese Mathematics School, the European Mathematics School, and the Island Mathematics School, are studying Zhou Yi's thesis.

Of course, many people also received invitations from Zhou Yi, inviting them to attend the founding ceremony of the Yuzhou Institute for Advanced Study.

By the way, listen to the on-site report of ABC Conjecture.

Time passes day by day,

The papers of Shen Yiyu and Zheng Keyu have been published in magazines run by Chongqing High Court.

Currently, there are only three journals run by the Yuzhou Institute for Advanced Study.

"Journal of Mathematics of Chongqing High Court", "Journal of Artificial Intelligence of Chongqing High Court" and "Journal of Geodynamics of Chongqing High Court".

The three magazines are all sprinting towards the goal of being a top journal.

Especially the latter two journals are already top journals in the industry.

Only in mathematics, the four major journals in mathematics have been prestigious for a long time. If they want to keep pace,

A lot of high-quality papers are still needed.

The papers written by Shen Yiyu and Zhang Dugan are at the level of top journal papers.

Six apprentices have successfully joined Chongqing High Court.

Shen Yiyu and Zhang Dugan have lower annual salaries.

Except for the one million settlement allowance, the annual salary is far lower than the others.

Not even as good as Zheng Keyu and the others.

The money earned by a PhD in pure mathematics and a PhD in applied mathematics is inherently different.

Pure numbers are not only bitter, but also poor.

The money earned by top mathematicians is definitely not related to applications. People who go to companies earn much more.

All graduate students from the Institute of Mathematics and Computer Science recruited by Chongqing High School have arrived at Chongqing High School.

It has begun to enter the scientific research state in advance.

If you want to be the best among people, how can you not be successful?

To become a top mathematician, talent and hard work are indispensable.

What makes Zhou Yi feel gratified is that Zhang Jiahui and Jiang Guoyu were not fooled by Zheng Keyu and the others.

Study mathematics firmly and make great ambitions to become a great mathematician.

On this day, Zhou Yi said calmly in his room at home:

"System, submit the number theory task."

A cold voice rang in Zhou Yi's ears.

[Ding, congratulations to the host for proving the ABC conjecture, gaining 200,000 mathematical experience, 2,000 points, and 5 lottery chances. 】

Zhou Yi was surprised and said:

"200,000 mathematical experiences, this is the first time I have gained so much experience. Hilbert's 18th question did not provide that much mathematical experience.

It’s not true that Hilbert didn’t give any experience in the 18th question. It should have been limiting my improvement in mathematical experience.

I also underestimated the importance of the ABC conjecture in number theory. After all, good and important conjectures can directly become theorems.

Including Fermat's last theorem. "

In addition to this task, Zhou Yi also has another task, which is the task of recruiting disciples.

The system allows Zhou Yi to recruit 10 apprentices, and each apprentice can submit once after graduation.

Now that all six apprentices have graduated, it is time to submit tasks.

Moreover, Shen Yiyu and Zhang Dugan have reached the third or fourth level in the world.

Zheng Keyu's several applications have reached world-class levels.

Zhou Yi guessed that there would definitely be a lot of mission experience.

"Submit task one."

Zhouyi recited silently in his heart.

[Ding, the system is under evaluation.

Apprentices: Shen Yiyu and Zhang Dugan have reached the peak level of the world's fourth-rate mathematicians. Gain 100,000 math experience, 2,000 points, and 6 lottery opportunities;

Apprentices: Chu Li, Zheng Keyu, Wang Guangzhou, and Bai Yuting have reached the level of the world's top artificial intelligence experts, gained 40,000 mathematics experience, 150,000 informatics experience, 150,000 artificial intelligence experience, 2,000 points, and 8 lottery opportunities. 】

Zhou Yi lamented that the experience was really rich, and he deserved to be taught step by step.

My mathematical experience is 140,000, which is comparable to two major number theory conjectures.

However, considering that their mathematics level has advanced from master's and Ph.D. to professor level, it is not surprising that they have so much mathematics experience.

Similarly, the artificial intelligence level of Chu Li and Zheng Keyu has gone from 0 to the top in the world. It is reasonable for them to gain so much experience in informatics and artificial intelligence.

The current progress of the apprenticeship task is 6/10.

Zhou Yi lamented that it would take about three years to complete this task.

If you are unlucky, it may take another 4 years.

Zhou Yi directly opened his character attribute panel.

[Host: Zhouyi.

Mathematics: LV6, 37/100W; (Mathematics level reaches LV6, you are about to reach the highest level of mathematics on the planet)

Physics: LV5, 4/30W;

Geodynamics: LV4, 6W/10W;

Chemistry: LV4, 6W/10W;

Materials Science: LV4, 4W/10W;

Atmospheric Science: LV1, 0/5000;

Marine Science: LV1, 0/5000;

Informatics: LV5, 3.51W/30W; (Informatics LV5, half a step ahead of the world.)

Artificial intelligence: LV5, 3.74W/30W; (The fourth technological revolution, is it artificial intelligence or energy? How about you upgrade it to the extreme to experience it?)

Points: 16134 (points can be exchanged for some key knowledge and technology, drawings, and focus capsules, etc.), nitrogen gun, and 2 opportunities for enlightenment when inspiration emerges.

One hundred grams of spacecraft wreckage, a mysterious battery, and a nitrogen shield. Lucky draw chance*29,]

Zhou Yi took a breath after reading it, 16,000 points and 29 lottery opportunities.

Maybe we can start the lottery.

29 times, Zhou Yi felt that it was impossible not to draw something good.

Zhouyi thought silently in his heart,

"System, I want to draw a lottery, let's start with a 9-draw draw."

Not long after, a huge roulette wheel appeared in Zhou Yi's pupils.

A tiny blue pointer spun wildly.

Zhou Yi felt that the heat was almost there and shouted loudly:

"stop."

A cold voice sounded in Zhou Yi's ears.

[Congratulations to the host for obtaining 30 enhanced focus capsules, 100 math experience, 100 physics experience, 30 enhanced focus capsules, 1 bottle of mountain spring water, 1 bottle of mountain spring water, 200 math experience, 200 math experience, and 100 chemistry experience. 】

When Zhou Yi heard this, he felt like scolding his mother.

As my level in various subjects increases, the things I draw now are getting more and more rubbish.

There are still 20 lottery opportunities, Zhou Yi hesitated.

To smoke or not to smoke?

is a problem.

How about saving it for next time?

Zhou Yi thought about it and decided to smoke it next time.

9 consecutive cigarettes, which made me feel lonely.

Just as Zhou Yi was about to go to Chongqing High Court, the cold voice of the system sounded again.

[Release mission five, Millennium Problem.

Known as the seven millennium problems of the 21st century, only the Poincaré conjecture has been successfully solved.

There are still six Millennium Problems that are progressing slowly. The solution of each of them means the progress of mathematics or civilization.

They are closely related to mathematics, science, and physics.

Requirement: Solve a Millennium Puzzle independently.

Earn rewards:? ? ? . 】

When Zhou Yi heard about this mission, he knew it would come.

Each of the six Millennium Problems is very difficult.

The world's seven major mathematical problems are also called Millennium Prize Problems.

It is a mathematical conjecture announced by Clay Mathematics Institute (CMI) on May 24, 2000.

According to the rules set by the Clay Mathematics Institute, as long as the solution to any conjecture is published in a mathematics journal and undergoes a two-year verification period, the solver will be awarded a $1 million bonus.

These puzzles echo the 23 mathematical problems posed by German mathematician David Hilbert in Paris in 1900.

The 23 mathematical problems raised by Hilbert have not been solved so far.

The road ahead for mathematics is long and arduous.

The seven Millennium Problems are:

One of the "Qianxi Problems": P (polynomial algorithm) problem versus NP (non-polynomial algorithm) problem;

"Thousand-Xi Problem" Part 2: Hodge Conjecture;

"Thousand-Xi Problem" No. 3: Poincare Conjecture;

"Thousand-Xi Dilemma" No. 4: Riemann Hypothesis;

"Qianxi Dilemma" No. 5: Yang-Mills existence and quality gaps;

"Thousand-Xi Dilemma" No. 6: Existence and Smoothness of Navier-Stokes Equation;

"Thousand-Xi Problem" No. 7: Birch and Swinnerton-Dyer Conjecture;

The only millennium mathematical problem that has been solved is the Poincaré conjecture.

It was finally solved by Perelman, a mathematician from the Russian Empire.

Perelman has many stories. The most famous one is that he retired from mathematics and gave up the Fields Medal and millions of magnesium gold.

But if he didn't discuss the issue with others and prove it alone, that would be an insult to people's intelligence.

Without Yau's proof of Calabi's conjecture, it would be impossible to solve the Poincaré conjecture.

Moreover, Poincaré’s conjecture is essentially a geometric direction. Qiu Chengtong was a world-class geometry master 40 years ago.

It is impossible for Poincare Conjecture to claim that he has not asked Qiu Chengtong.

In the early 2000s, the Poincaré conjecture was the most likely to be proved. I don’t know how many people were studying this problem.

It's just that Perelman was superior and proved it first.

Zhou Yi thought about it and found that none of the remaining six problems were simple.

But the easiest way to see the effect is the NS equation.

That is, the existence and smoothness of Navier-Stokes equation.

The origin of this problem goes back a long time.

Around the 19th century, some scientists saw that the theoretical fluid was too far away from engineering reality, and tried to add a friction term to Euler's ideal fluid motion equation.

Navier, Cauchy, Poisson, Venant and Stokes each modified Euler's equation in their own different ways.

Stokes first used the dynamic viscosity coefficient μ.

Now, the basic equations for these viscous fluids are called Navier-Stokes equations.

This is a big project, and Zhou Yi plans to divide it into several steps to completely solve him.

As for the applicability, there are too many. The most famous one is controllable nuclear fusion.

So Zhou Yi was a little hesitant whether to publish the final proven results.

Because the proven theory is likely to cause the fourth industrial revolution and even trigger a war.

If war is really triggered, the advancement of mathematics may bring disaster to mankind.

Einstein's theory of relativity was originally an obscure theory, but it eventually led to the creation of an astonishingly powerful nuclear bomb.

Many mathematicians and physicists are convinced that whether it is a gentle breeze or a turbulent flow,

They can all be explained and predicted by understanding the solutions to the Navier-Stokes equations.

At present, two-phase flow is mainly studied in China, while three-phase flow only remains in the theoretical stage, with few practical engineering applications.

Thinking of this, Zhou Yi smiled bitterly and said:

"As long as I'm here, is it possible that there are people in this world who understand mathematics and applied mathematics better than me?

Just get the NS equation. "

Although the decision was made, Zhou Yi did not intend to spend a lot of time studying the NS equation every day.

Moreover, 6G must be developed first. Controllable nuclear fusion is not only related to the direction of NS.

It’s definitely also tied to artificial intelligence.

Thanks to Nan Shengxiao Mofeng for the reward of 200 coins and 10 monthly passes. grateful! ! !

The author still said the same thing. Back then, the author had his hands in his pockets and didn’t know what the new coronavirus was.