Xueba starts with change

Chapter 387 The Belated Second

However, this is Chen Zhou in an ideal state.

In other words, Chen Zhou needs to be completely immersed in the world of learning.

As long as he is completely immersed in the ocean of knowledge in the literature, Chen Zhou can absorb the knowledge in it at the fastest speed.

But this is a process.

Every time I read a document, there is also a process of going out and going in.

Therefore, in order to ensure that you can complete the content of the plan.

From time to time, Chen Zhou would stay up late to study hard.

Grab as much time as possible.

[Let φ(n) and S(n) be Euler function and Smarandache function of positive integer n respectively.As we all know, the exact calculation formula of S(n) is an open problem that has not been solved yet.Using elementary methods and techniques, the exact calculation formula of S(p^α) is given, where p is a prime number and α is a positive integer, thus completely solving the above open problems...]

[Thus the properties of the positive integer solution (n, k) of the equation φ(n)=S(n^k) are obtained, and σ((2^α)q)/S((2^α)q) is positive Several necessary conditions for integers, where q is an odd prime number, and σ(n) represents the sum of all different positive factors of n. 】

Chen Zhou once again read a document about "the accurate calculation formula of Smarandache function and the solution of related number theory equations".

The keywords of this document are "Smarandache function", "Euler function", "Gaussian function" and "perfect number".

Chen Zhou is very familiar with the content corresponding to these keywords.

Especially "Smarandache function" and "Euler function".

When Chen Zhou was reading documents these days, he often saw these two things.

The Smarandache function S(n) is one of the important number theory functions.

The Euler function refers to the number theory, for a positive integer n, the Euler function is the number of numbers that are relatively prime to n among the positive integers less than or equal to n.

Derived from the Euler function, the facts in ring theory, and Lagrange's theorem, constitute the proof of Euler's theorem.

As for the "Gaussian function", it is named after Gauss, the prince of mathematics.

It is also a function with a wide range of applications.

Gaussian functions can be seen in fields such as natural sciences, social sciences, and engineering.

It is especially worth mentioning that in the formula of the Gaussian function, when c=2, the Gaussian function at this time is the characteristic function of the Fourier transform.

This also means that the Fourier transform of a Gaussian function is not just another Gaussian function, but a scalar multiple of the function being Fourier transformed.

Chen Zhou looked at the key words at the end of the document, and related knowledge kept flashing in his mind.

This is also Chen Zhou's habit when reading documents.

Although this is a key word in other people's literature, it does not prevent Chen Zhou from extending it when thinking.

Withdrawing his thoughts, after Chen Zhou closed this article, he looked up at Yang Yiyi on the opposite side of the video.

Yang Yiyi seems to have encountered a problem this time.

Chen Zhou saw that her eyebrows were furrowed, and the pen in her hand kept writing on and off.

But Chen Zhou didn't make a sound.

In the plan, the evening was the time for him and Yang Yiyi to discuss issues with each other.

It's better for Yang Yiyi to think about it by herself now.

Making a sound suddenly would definitely interrupt Yang Yiyi's train of thought, which is not good.

Taking another look at Yang Yiyi, Chen Zhou looked away.

This time, Chen Zhou was not in a hurry to open the next document.

Instead, he opened the browser, entered the URL of the e-Print arXiv website, logged in to the website, and browsed.

It has been a month since Chen Zhou returned home, and it will be the end of July.

During this time, Chen Zhou was completely immersed in his own world, walking strictly according to the plan.

I didn't pay attention to the research results of the mathematics community this month.

Now, just take some time to see if there are any outstanding research results in the field of number theory.

According to the attention tag he had previously selected, Chen Zhou found recently published papers in the field of number theory.

"Prove the Riemann Hypothesis?"

At first glance, Chen Zhou was shocked by the title of this paper.

But after reading it carefully, Chen Zhou felt that the paper was a bit too watery.

What made him even more speechless was that the method used by the author of the paper was actually his distribution deconstruction method!

But it is so badly used, even the most basic logic in the distribution deconstruction method is not clear, and it is being used indiscriminately!

Chen Zhou backhandedly left a [-]-word long comment on this paper, criticizing the author severely.

In fact, it doesn't matter whether Riemann's conjecture is not Riemann's conjecture.

The main thing is the distribution deconstruction method, which really made Chen Zhou furious.

At the same time, Chen Zhou also contacted the website administrator and asked to take down the paper.

Although the e-Print arXiv website is only a website for preprints, there are still many peers on it.

If this is seen by colleagues who don't know the truth, wouldn't it cause a great misunderstanding of the distribution deconstruction method?
Chen Zhou did not allow this to happen.

At least, after he saw it, it was absolutely not allowed.

This is Chen Zhou's defense of his research results!

Use it, whatever you want.

But if it is wrong, Chen Zhou has to point it out.

After the website administrator agreed to take it down, Chen Zhou was satisfied.

Continue to browse related papers.

For the rest of the papers, although Chen Zhou also saw many claims to prove Riemann's conjecture and Goldbach's conjecture.

But he didn't click in at all, these are all gimmicks.

It is estimated that most of them are people from Minke, and they are posted on the e-Print arXiv website.

Speaking of which, the reason why Chen Zhou's mailbox was full so quickly.

These civil servants also need to bear a large part of the responsibility.

Because from time to time, Chen Zhou would inexplicably receive an email from them.

Some questioned Chen Zhou's method of proof.

Some also questioned Chen Zhou's proof process.

There is also the idea of ​​stuffing his own method of proof and asking Chen Zhou to admit that he was wrong.

Some even wanted to compete with Chen Zhou for the right to prove mathematical conjectures.

They thought their proof was also correct, and it was earlier than Chen Zhou.

So, they are the Hail conjecture, Kramer conjecture, Jebov conjecture, the first proof of these mathematical conjectures.

And Chen Zhou, a brat who came out of nowhere, is completely trying to seize academic achievements!
Regarding this, Chen Zhou was a little dumbfounded, but there was only one way he could do it, and that was to block the blacklist!reject!

After reading a few more papers and browsing the titles of related papers.

Chen Zhou then closed the e-Print arXiv website, preparing to continue printing his own documents.

At this time, a prompt message popped up on his mobile phone.

Chen Zhou glanced sideways, and was stunned for a moment.

Then he chuckled softly and said, "It's really slow. It's been a long time since I graduated, and it took you two to get it done. It's my fault that I helped you guys take a step ahead..."

With that said, Chen Zhou clicked on the message on the phone.

This is a message from a news software.

The content of the news is about mathematical conjectures.

This mathematical conjecture is exactly the twin prime number conjecture that is as famous as Jebov's conjecture.

Tao Zhexuan and Zhang Yitang finally completed the proof of the twin prime number conjecture today, more than a month after Chen Zhou completed his thesis and graduated from undergraduate.

In this regard, the media in the United States naturally became excited in an instant.

Although he was later than Chen Zhou, even though he lost the game.

But this is the twin prime number conjecture that is not inferior to Jebov's conjecture?
This is also a world-class mathematical conjecture problem, right?

Therefore, the media in the United States are very excited to report this matter.

In contrast, the media in China are much calmer.

They just reported the matter objectively, without commenting too much.

However, some self-media reported on this matter with the headline "The second who came late".

Emphasized that Tao Zhexuan and Zhang Yitang lost the match with Chen Zhou.

(End of this chapter)