From a university student to a chief academician

Chapter 242 Safit's jealousy, proving the distribution of prime numbers
The host came to the stage and said: "The lottery starts now!"

A staff member came up holding the lottery box, starting from No.1 on the right, and asked everyone to reach into the lottery box in turn to draw lots.

Soon, the draw is over.

Ye Fei glanced at the numbered ball in his hand, and thought, "Is it number 15!"

"It doesn't matter. The last one is the last one. It doesn't matter much before and after the number goes smoothly."

Safit glanced at the numbered ball in his hand, feeling irritated: "Why is it number 14, it's really unlucky."

Safit feels that in recent years, he has had too little luck in doing anything.

The Fields Medal is not selected every time, not because of my lack of ability, but because of bad luck.

It seems that every time there is a selection, there will always be some people who are lucky to be selected.

And he was the one who was very unlucky.

He glanced at Ye Fei and thought, "Ye Fei's number should be in front of mine!"

"My luck is too bad. Anyone can be in front of me, except Ye Fei."

There were 15 people on stage, and he looked down on anyone.

But only Ye Fei, he had to look up to him.

Ye Fei is a world-class top talent and has made many amazing achievements.

Although he is Ye Fei's age, he is already well-known in the international mathematics community.

However, he was far from reaching Ye Fei's honor and achievement.

Therefore, while he looked up to Ye Fei, he was also very jealous of Ye Fei, wishing to smash all of Ye Fei's honors and achievements, and trample Ye Fei under his feet.

Therefore, everyone's numbered ball can be in front of him, except Ye Fei.

Saffite was very unconvinced: "So what if you are in front of me, I will stare at you, as long as you make any mistakes, I will find out and make you lose face."

Safit looked at the cameras around him and thought, "I know that today's conference is different from previous ones. I heard that Keith spent a lot of money to broadcast live in many countries around the world."

"As long as I let you lose face, the whole world will know that you, Ye Fei, are just like that."

"Your future life will be stained."

Jealousy drives people crazy, and Safit grew up without failure.

At least until he graduated with a Ph.D., his life was bright and his future was promising.

But since he began to select the Fields Medal, he felt that his life was full of darkness.

He was nominated many times and was not selected every time, which had already twisted his mind.

For any young talent, he must smash their honor, so that he can get a little pleasure in his heart.

The host said: "Everyone, please raise the numbered balls in your hands!"

Everyone raised their numbered balls. Safit glanced sideways at the numbered ball in Ye Fei's hand. Seeing Ye Fei's numbered ball, he froze for a moment.

He rejoiced in his heart: "Number 15, haha...very good, it looks like I'm lucky, and I'm ahead of Ye Fei."

Ye Fei glanced suspiciously at Safit who was beside him with a smile on his face, and thought, "Why is this man smiling? He's smiling like a nympho."

The host said: "Please put it down, the scholar with the number one will ask questions."

In the following time, everyone began to ask questions in numerical order. People on the stage discussed with each other, and then the winners of the Fields Medal, Nobel Prize and Turing Award gave some constructive ideas.

Ye Fei didn't answer many times, and spent most of the time listening to everyone.

Ye Feixin said: "I have absorbed a lot of inspiration like this!"

For the next three days, Ye Fei sat on the stage like a sculpture, talking less and listening more.

The host said: "Yes, please ask No.14."

Safit said: "I am currently proving the generalized Riemann hypothesis."

"Huh?" Ye Fei was stunned for a moment, glanced at Safit, and was surprised: "He and I proved the same problem."

Then, Ye Feixin said: "But it's also normal."

"After all, Riemann's conjecture is one of the seven conjectures of mathematics, and it is also the most famous conjecture among the seven conjectures."

"If it proves successful, the entire mathematical community will undergo a sea change."

"Many propositions become theorems."

"So, there are a lot of people who prove Riemann's conjecture."

"And there are naturally many people who prove the generalized Riemann hypothesis."

Safit thought: "If I can find a direction to prove the generalized Riemann conjecture and prove the generalized Riemann conjecture, then I will definitely win the Wolf Prize."

Saffite has very high expectations for this conference.

Hope to prove the generalized Riemann conjecture as soon as possible.

Safet said: "My method is to find the proof process of the generalized Riemann conjecture from the zero-point conjecture of the automorphic L-function."

Ye Fei frowned, thinking: "The zero-point conjecture of the self-defining L-function?"

"He wants to prove the generalized Riemann conjecture through the Riemann-Petersen conjecture?"

The L-function comes from the Abel variable on the number field, and the Abel variable is an important formula to prove the Riemann Hypothesis.

The generalized Riemann conjecture is also known as the Riemann zeta function.

It is proved that the non-trivial zeros of ζ(s)=∑1/n^s (n from 1 to infinity) are all on the straight line Re(s)=1/2.

Therefore, the generalized Riemann conjecture is also called the generalized zero-point Riemann conjecture.

Therefore, the zero-point conjecture of the automorphic L-function is also a way to prove the generalized Riemann hypothesis.

When it comes to Peterson, we have to talk about Peterson map.

It is the problem of proving the zero-point four-dimensional space.

Therefore, the Riemann-Petersen conjecture is a conjecture that combines the Riemann conjecture and the Peterson conjecture.

So we can prove the generalized Riemann Hypothesis.

Ye Fei nodded secretly in his heart: "Using the Riemann-Petersen conjecture to prove the generalized Riemann conjecture seems to be good."

Safit stood up and went to the whiteboard on the stage, where he wrote the formula.

【Automorphic L-function L(s, xX) can be extended analytically to the entire complex plane, and satisfy the function equation...】

After Safit raised his own question, everyone on the stage began to discuss.

Ye Fei also mentioned a few words.

It took more than an hour for everyone on the stage to talk.

A Fields Medal winner from Beili State in the audience said: "My suggestion is to start from zero-point density estimation."

"From the elements in the inner product space over the field of complex numbers..."

After the North American Fields Medal winner finished speaking, another North American Fields Medal winner said: "Bartlett said very well, and I support his idea."

"I still start from the zero-point density estimation. If it is assumed that D=QT, l=log(QT)..."

Safit's eyes became brighter and brighter, as if he saw the idea of ​​proving the generalized Riemann conjecture.

Safet was excited: "I found it, I feel that I have found a way to prove the generalized Riemann conjecture."

"Yes, that should prove it."

"Start from zero-point density estimation to prove the generalized Riemann hypothesis."

Many Fields Medalists in the audience expressed their thoughts.

And Safit's idea of ​​proving the generalized Riemann conjecture is becoming more and more clear.

Safit said: "Give me half a year at most, and I will be able to prove the generalized Riemann conjecture."

"This time I will definitely win the Wolf Prize, and maybe the Abel Prize."

Four Grand Prizes in Mathematics, Fields Medal, Wolf Medal, Abel Prize and Chern Medal.

The Fields Medal is awarded for research in theoretical mathematics before the age of 40.

The Wolf Prize is awarded for research in theoretical mathematics after the age of 40.

There is no age limit for the Abel Prize, and it is only awarded to research in theoretical mathematics.

There is no age limit for the Chern Award, but it is only awarded to applied mathematics research.

The Abel Prize and the Chern Prize are lifetime achievement awards because there is no age limit.

The Wolf Prize is similar to the Nobel Prize, not only awarded to the field of mathematics, but also to some other fields.

Therefore, the influence of the four major mathematics awards is Fields Medal > Abel Prize > Wolf Prize > Chern Prize.

"As long as I win the Wolf Prize, I will be the world's top mathematician."

"In the future, although my fame will not be as good as that of the Fields Medal winner, it will only be one level behind."

Saffite is in a very happy mood at the moment, and the haze of many years seems to be swept away at this moment.

Safit said to the Fields Medal winners in the audience, "Thank you, I'm done asking my questions."

The host said: "Please ask the NO.15 scholar to ask questions."

Ye Feidao: "I also proved the generalized Riemann conjecture."

The person who heard it was stunned for a moment, and looked at Ye Fei in surprise.

Safit frowned and looked at Ye Fei.

Then, he sneered in his heart: "I didn't expect that Ye Fei also proved the generalized Riemann conjecture."

"Haha... After half a year, I can prove the generalized Riemann conjecture."

"And you should not be able to prove the Riemann Hypothesis!"

"Is it not reconciled to watch others prove the Riemann Hypothesis?"

"The generalized Riemann conjecture can win the four major mathematics awards."

"Ha ha……"

Safit felt very refreshed at the moment.

He would have been upset just looking at Ye Fei.

But now I find that both Ye Fei and himself have proved the generalized Riemann conjecture.

But I have found the direction to prove the generalized Riemann conjecture.

As long as he proves it himself, Ye Fei cannot prove it.

In this way, Ye Fei lost the chance to win the four major mathematics awards, and he could win the four major mathematics awards.

This kind of defeating a world-class genius made him very happy.

In the Huya live broadcast room!

The audience waited for nearly three days before Ye Fei finally appeared.

[Ye Fei also proved the generalized Riemann conjecture?It's the same as Safit! 】

[The two are colliding academically! 】

[Which of these two can be the first to prove the generalized Riemann conjecture? 】

[Fuck... I'm afraid he's a bird, Ye Fei must have proved it first. 】

【Ye Fei, kill that foreigner! 】

[I don't even look at my level, but I actually proved the same question as Ye Fei. 】

【Ye Fei, come on! 】

【…】

Ye Feidao: "My idea is to prove the generalized Riemann Hypothesis from the distribution of prime numbers."

"My idea is to prove the prime number distribution first, and use the prime number distribution to prove the generalized Riemann conjecture."

"And I also created a new method from the Riemann Hypothesis to prove the distribution of prime numbers."

Saffite frowned, thinking: "Use the distribution of prime numbers to prove the generalized Riemann conjecture?"

Then, he sneered in his heart: "This method is too complicated!"

"The distribution of prime numbers is a worldwide problem, and the generalized Riemann Hypothesis is still a worldwide problem."

"In order to prove the generalized Riemann conjecture, you have to prove the distribution of prime numbers."

"Aren't you making the proof more difficult for yourself!"

"How stupid."

Ye Feixin said: "Although in order to prove the generalized Riemann conjecture, we want to prove the distribution of prime numbers."

"But as long as the distribution of prime numbers is proved, the generalized Riemann conjecture can be proved immediately."

Ye Fei has been studying the generalized Riemann conjecture during this period of time, and has found the proof direction of the prime number distribution and the proof of the prime number distribution.

How can we prove the generalized Riemann hypothesis.

But Ye Fei found the proof direction of the distribution of prime numbers.

However, after all, the proof has not been successful, and he wants to find a more detailed and concise proof method for the distribution of prime numbers.

Ye Feidao: "The method I created from the Riemann Hypothesis is called the affine linear sieve method."

"indeed……"

Ye Fei walked to the whiteboard and wrote on it.

[In the radioactive sieve method, we allow multiplication, that is, consider the affine linear transformation Aj(x)=ajx+bj...]

After Ye Fei finished writing, he looked at the people in the audience and said, "This is my idea."

Then everyone on the stage began to discuss.

More than an hour later, Qiu Chengtong said: "Academician Ye Fei's idea is very good. My idea is to use Dirichlet's theorem."

"Let O be an orbital of the extraordinary subgroup A in Z that performs a translational action on Z..."

Academics have no borders, but scientists have borders!
Although this is the Eurasian Academy of Sciences Conference, it gathers most of the world's top scholars from all over the world.

However, for the questions raised by scholars, generally the scholars in their own countries will help to answer the questions.

For example, when Safit asked a question, it was usually the North American Fields Medal winner who gave the answer.

Fields Medal winners from other countries will also answer, but they will not go too deep.

Now, Qiu Chengtong will actively answer Ye Fei's question.

After Qiu Chengtong finished speaking, Tao Zhexuan said: "I also agree with Academician Qiu and Academician Ye, I will add something."

"The prime number theorem and the kernel of integers."

"As we all know, the prime number theorem is a famous conclusion of the distribution of prime numbers, which is equivalent to the value of the Riemann function on the straight line R(s)=1 is not zero."

"Therefore, the Riemann Hypothesis has an important connection to the distribution of prime numbers."

"so!"

"π(x)~x/logx, and the asymptotic formula form ψ(x)=x+O..."

Ye Feiting's eyes became brighter and brighter, and he was excited: "I found a more concise proof method, yes, that's it."

There seemed to be a puzzle in Ye Fei's mind, and the last piece of the puzzle was completed at this moment.

The entire process of proving the distribution of prime numbers, from beginning to end, appeared in Ye Fei's mind.

After Tao Zhexuan finished speaking, a smile appeared on the corner of Ye Fei's mouth, and said: "I have found the proof process of the distribution of prime numbers, I will write it down, you can see if it is correct, please correct me."

Everyone was startled and looked at Ye Fei in surprise.

That's it!

Huya Live!
[Ye Fei is amazing, is this a world-class top genius? Now you know the process of proving the distribution of prime numbers. 】

【Fuck... The distribution of prime numbers is a world-class problem, Ye Fei found out the proof process, amazing! 】

[The average IQ of Ye Fei and I exceeds that of 99.99% of people in the world. 】

[Ye Fei's IQ exceeds 99.999% of the world, and your IQ exceeds 0.01% of the world's IQ. 】

[Don't celebrate in advance, I don't know if I can prove it! 】

【…】

After Ye Fei finished speaking, he walked to the whiteboard and quickly wrote down the proof process on it.

[The point set x∈O that makes (x) a prime number is Zarisky dense in A.

When linear, it is true by Dirichlet's theorem...

……

另一方面，K(x)-2K(x/2)=xlogx-Ax+A(x1-x)-2(x/2logx/2-Ax/2+O(x1-x))】

All the Fields Medals, Nobel Prizes and Turing Awards, as well as the academicians who followed Ye Fei's thinking, watched Ye Fei's proof process, and their eyes widened in surprise.

"It's proven!"

"It really made him prove it."

"The distribution of prime numbers has finally been proven."

"Although there is a certain gap between the difficulty of the prime number distribution and the generalized Riemann conjecture, it is also a worldwide mathematical problem!"

"Excellent, if someone casually mentions a few words, it will prove the distribution of prime numbers."

"Is this a world-class math genius?"

"..."

After a long time, Ye Fei stopped writing, looked at the audience, and said with a smile: "This is all the proof process of the distribution of prime numbers."

"The distribution of prime numbers was proved by me."

Ye Fei doesn't need others' corrections now.

After Ye Fei wrote down the entire prime number distribution proof process, Ye Fei knew that his proof process was correct.

The audience was quiet, and those who couldn't keep up with Ye Fei's thoughts frowned and thought.

There are still many people who can't understand Ye Fei's proof process at all, and they look at the content on the whiteboard blankly.

I watched it for a long time, but I still can't understand it.

This hit them hard!

(End of this chapter)