"Carchel, calm down, calm down, calm down!" "I can't calm down!"

"Don't do this, put down the knife, quickly, don't stab yourself....." "I..."

Bilkar gestured excitedly, and a figure with a big wavy head quickly rushed out next to him, grabbed his wrist and snatched the dinner knife.

"Whew~~"

"Kachel, you're safe at last!" Wang Hao exhaled lightly, Bilkar's body, coupled with the fact that he was holding a dinner knife in his hand, he was not worried about others at all, but worried that Bilkar would hurt himself.

Wang Hao gave Zhu Ping a thumbs up, "Heroine!"

Zhu Ping shook her head and raised her head proudly, "You don't know, do you? I've been studying sanda for a few years, and now I still practice occasionally!"

A group of people looked at Luo Dayong collectively, their eyes full of sympathy.

Bilkar was the same, except he couldn't laugh at all, he gasped heavily, and the more he sat down, the more angry he became. The others couldn't help but ask, "What's wrong?"

"What's going on?"

"Carchel, why are you so excited?"

Bilkar's face turned red when he was asked, and he opened his mouth to say something, but he didn't know where to start. Did he say that he regretted not participating in the research "poof" results?

Scold?

How to say it in front of Wang Hao.

In the end, he could only choose to keep his mouth shut, but he was still very depressed. That's Riemann's conjecture!

Even if it's just a name, it can be called a 'huge honor', but if you think about it carefully, you can't blame Qiu Hui'an, he received a call from Wang Hao when he was on vacation, and subconsciously felt that a student's idea would not be a big study at all.

Later, I went to the Mason Number Lab again, and heard Qiu Hui'an repeat that it was Ding Zhiqiang's idea, so I decided not to participate in the research.

The most frustrating thing is that Qiu Hui'an said it several times, and it is very certain that it is not the Riemann conjecture. Outcome.....

The Riemann conjecture was solved?

"This kid, is he deliberately fooling people?" Bilkar pondered.

After a long while, Qiu Hui'an finally returned, his face was full of embarrassed smiles, in fact, he had just watched around the corner for a long time, and was sure that there was no danger before coming.

Just as he thought, the people at the table looked at each other very strangely.

It's not just Birkar alone, including Luo Dayong, Zhu Ping, and Zhang Zhiqiang, who have all heard Qiu Hui'an talk about the content of the research, and have also heard the sentence 'definitely not the Riemann conjecture'.

Now, how to say?

At this time, Wang Hao had already figured out what had happened, and he also somewhat understood why Bilkar reacted so much, but he felt that he should help the students explain.

Wang Hao said, "We really don't study the Riemann hypothesis." One sentence attracts attention when it is spoken.

He continued, "Well, it was just an idea of Xiao Ding at first, and he was studying the function obtained by substituting the higher-order prime function into the smallest pair of nodes, which we call the minimum prime pair node function."

"In the process of research, he found that there is a complex plane of intersecting lines in the five-dimensional imaginary graph corresponding to the node function of the smallest prime number, which may be related to the Riemann conjecture."

"You should know that." Everyone else nodded.

Because when Wang Hao made a report on the higher-order particle function, he asked Ding Zhiqiang to say his thoughts, and even relevant content could be found on the Internet.

Wang Hao continued, "Later, when we continued our research, we found that the non-trivial zero points of the Riemann conjecture were all contained in the complex plane."

"Actually, what we are studying is this complex plane, and what we prove is the first problem of the higher-order particle function." "In other words....."

At this time, Luo Dayong pulled the corners of his mouth and said, "Riemann's conjecture is just a side result?" "So to speak." Wang Hao nodded affirmatively.

The expressions of the people at the table suddenly moved towards Luo Dayong, and they all felt their brains buzzing. The Riemann conjecture .... It's just a side result

？

A side product? That's Riemann's conjecture!

They didn't know what to say, and even Bilkar was shocked. There was silence on the table for a while.

People have been able to say a word for a long time, but Zhu Ping asked with a big grin, "What's wrong with you?" Such a strange expression?" "Aren't you surprised?" Zhang Zhiqiang turned his head and asked.

"Not surprised."

Zhu Ping replied very calmly, and the others also looked over. "Why?"

Zhu Ping said, "I played a mobile game yesterday, and the characters in it have a combat effectiveness index, and I just created a character, and the combat effectiveness index is only a little more than 10 points."

"What are you going to say?" Zhang Zhiqiang was puzzled.

Zhu Ping said, "If the level of mathematics is also graded exponentially, with Wang Hao as a reference, he is a full level of 100,000 points, I estimate, I will only have a few hundred points at most..."

"Yes."

Luo Dayong and Zhang Zhiqiang looked like "you are very self-aware".

Zhu Ping gritted his teeth angrily and continued, "Now Wang Hao's index has exceeded 100,000 and has become 150.....,000 or 200,000. It doesn't matter at all, what's there to be surprised about, it's definitely not going to catch up anyway."

The people at the table thought about it carefully, and suddenly felt that what Zhu Ping said was very reasonable. The way they looked at Zhu Ping changed.

Zhang Zhiqiang looked at Zhu Ping in shock, gave a thumbs up, and used a very classic idiom, "Zhu Ping.... You're simply.... How wise is foolishness!"

Zhu Ping was so angry that she almost vomited blood, and threw up her arm to hammer Zhang Zhiqiang's back, "You are stupid! You're stupid, if I have a few hundred points, you won't be able to get to ten!"

Zhang Zhiqiang endured the pain and cried out with tears, "Help, Da Luo! Help!"

Luo Dayong hurriedly hid again, and calmly spit out four words, "Love can't help!" "Hahaha~~~"

The others burst into laughter, and the table returned to normal. ....

The paper was officially published a week later.

This is mainly due to the publication date of the Chinese and English versions of the magazine.

Nine days after the release of the new issue of Acta Mathematica Sinica, a subsidiary of the Academy of Sciences, I simply discussed with them and asked them to release a new issue two days in advance, so that they could get together with the time of "New Advances in Mathematics".

The two magazines and the Internet were published at the same time, and with both online and physical publications, it was relatively satisfying. When Wang Hao and his friends were gathering to celebrate, on the other side of the world, Bruce Pulitzer came to the office early.

He usually goes to work at nine o'clock, because there is a paper submitted by Wang Hao, and the release time has been determined, so he simply came a little early, and opened the email to read the paper.

After reading the headline, Pulitzer was stunned.

I received a message from Wang Hao last night that the new paper would be published in the next issue, but he didn't know the specific content, but he knew that it was related to the higher-order particle function.

He didn't expect that there would be a proof of Riemann's conjecture, and he couldn't help but sigh, "It's worthy of Wang Hao!"

In the past two years, Wang Hao has not published a pure mathematical paper, and now it is just over three months that he has completed two consecutive results.

One is the higher-order particle function, which is considered to be a major breakthrough in number theory research and a clear general direction for future mathematical theory research.

Right now.... Riemann conjecture!

Pulitzer couldn't help but imagine how much of a sensation the new issue would cause after it was published. The other side.

The editorial department of Acta Mathematica Sinica, a subsidiary of the Academy of Sciences, also received a paper from Wang Hao. There is no such thing as strict secrecy.

Acta Mathematica Sinica is directly related to the Institute of Mathematics, and there is always news that the scholars of the Institute of Mathematics cannot get the original paper, but they can also know the content in general.

They couldn't help but discuss.

"You know what? Acta Mathematica Sinica has Wang Hao's submission and will be published next week, Riemann conjecture!" "Is it really the Riemann conjecture?"

"Proof that?

」

"It's not just the Riemann conjecture, I heard Professor Tang say, and the first problem of the Wang conjecture." "Solved?"

"Wang Hao proved it himself?"

Many people in the Institute of Mathematics are discussing, including Professor Du Haitao, who specializes in number theory.

Du Haitao and Wang Hao have added several times, because of the problem of the higher order particle function, they also called to consult, but Wang Hao replied a few words, and the summary is "not interested in mathematics".

"Not interested?"

"I'm not interested in 'general mathematical studies', right?" Du Haitao didn't know what expression to make. Riemann conjecture!

Who wouldn't be interested in this kind of research?

What's more, Wang Hao has just completed the shaping of the higher-order particle function, and only three months later, he proved the proof of the Riemann conjecture....

That's amazing!

The rest of the Institute of Mathematics was also aware and was very surprised. Three months!

In such a short time, it is not easy for them to complete a small study, but Wang Hao has completed the Riemann conjecture?

People are better than people, and they have to die!

Du Haitao suddenly understood why Wang Hao didn't talk to him about the research direction.

To make an analogy, Wang Hao is a billionaire in the field of mathematics, and he can only be regarded as an ordinary worker at best, an ordinary worker asks a billionaire, "How to get out of poverty?"

Billionaires say 'sell the extra car', rent out the extra house', or 'sell the extra house'.... Isn't that?

---- a week later.

The entrance of Xihai University changed, and a huge banner was hung overnight.

Some students walked to the school gate and saw a banner that read—Congratulations to Academician Wang Hao of our school for completing the proof of the Riemann conjecture!

"What?"

"Academician Wang Hao? Riemann conjecture?" "I'm one! It's not true!"

The students were stunned, as were some of the faculty and staff who had just arrived at the school. It's not just them....

Some office workers who passed by the gate of Xihai University, or those who exercised in the morning in the morning, couldn't help but take a photo when they saw the banner, and some even posted it on the Internet to ask.

"Is it true?"

"Academician Wang Hao proved the Riemann conjecture?"

"The gate of Xihai University should be hung up, it should be right!" This is definitely big news!

When many people were inquiring about the news, they learned that the new issue of Acta Mathematica Sinica that day released three Chinese papers by Wang Hao, one of which was "Riemann Conjecture and Special Complex Plane", with the title of which is the proof of Riemann's conjecture.

Soon, other news was in.

The new issue of "New Advances in Mathematics" of the four major international mathematics journals also includes three papers by Wang Hao, which is the same as the "Acta Mathematica Sinica" of the Academy of Sciences, but only in English.

The Internet was quickly bombarded with relevant news, "Now it can be confirmed, Wang Hao has proved the Riemann conjecture!" "It is certainly no coincidence that the Chinese editions of New Advances in Mathematics and Acta Mathematica Sinica were released on the same day!"

"The subtitle of the third article is 'The Proof of the Riemann Conjecture'!"

"It is worthy of Wang Hao's great god, after the Goldbach conjecture and the NS equation problem, even the Riemann conjecture has been overcome!"

Even for Wang Hao, the proof of completing the Riemann conjecture can also be called a new apex in the field of mathematics.

Wang Hao's biggest mathematical achievements were the Goldbach conjecture and the NS equation problem.

Goldbach's conjecture has a greater impact on the public scale, because Goldbach's conjecture is relatively more famous, but Goldbach's conjecture is ultimately just a mathematical puzzle and has no other special significance.

The NS equation problem is one of the top ten mathematical problems of the millennium, which is directly related to the real-world quotation, and can be said to be a mathematical problem whose results are biased towards the application of science and technology.

Solving the NS problem lays a solid foundation for the application of the NS equation.

The Riemann conjecture is the same as the thousand

Compared with the NS equation problem, the seven major mathematical problems of the Jubilee are of greater theoretical significance, and the proof of the Riemann conjecture can be said to stand at the pinnacle of "mathematical theory".

Many scholars learned about the content of the paper and couldn't wait to start researching.

When they looked closely at the content of the paper, they found that the proof of the Riemann conjecture was not only the third paper, because the third paper needed to rely on the conclusions of the first two papers, and the content was relatively minimal, only a dozen short pages, and the argument was only the non-trivial zero point of the Riemann function, which was contained in the special complex plane of the least prime pair node function.

So the first two articles are the key.

However, the first two papers do not mention the Riemann conjecture, and demonstrate the first problem of Wang's conjecture.

After a cursory glance at the paper, some leading scholars quickly came to an astonishing conclusion: "The proof of the Riemann conjecture is only a by-product of studying the first problem of Wang's conjecture!"

This discovery is amazing!

This is the Riemann conjecture, which has not been proven for more than a hundred years and is considered one of the most difficult mathematical problems. Outcome.....

A side product?

For a while, they didn't know what words to use to describe their mood at this moment! "It's Wang Hao, it's always unusual, no one can think of ....." - Qiu Chengwen.

"Wang's first question is also too amazing, it actually contains the Riemann conjecture. I underestimated Wang's function before." — Andrew Wiles.

"I remember, it seems that eight years ago, when Wang Hao completed the argument of Atin's constant, I knew that he was no less genius than me, but I didn't expect it..... Or am I arrogant." —Peter Scholz.

"No way, definitely wrong!"

"I'm not sure yet, maybe it's just like me.....

The latter two are Opayemi-Enoch and Michael Attia, both of whom are in a similar mood because they are both close to proving the Riemann hypothesis.

Opaeyemi-Enoch is also close to receiving a million-dollar prize from the Clay Institute of Mathematics.

Opaeyemi-Enoch, who teaches at the National University of Nigeria, has been working on the Riemann hypothesis and announced the completion of the proof of the Riemann hypothesis thirteen years ago.

At the time, the Eagle Nation media also reported that Opaeyemi-Enoch had received a million-dollar prize from the Klay Institute of Mathematics, but unfortunately, the Klay Institute of Mathematics neither confirmed nor denied Enoch's work, but simply stated that it would not comment on the solution to these millennial mathematical problems.

Obviously, Opaeyemi-Enoch's proof was not endorsed by the Clay Institute of Mathematics.

Michael-Atia published a paper proving the Riemann conjecture, and even declared that he would definitely win the prize, and prepared a speech for the award, but again, his paper was never verified.

Most mathematicians are not interested in their papers, because once they have done relevant research, they know that the Riemann hypothesis cannot be proved by conventional methods.

In the field of international mathematics, there are many proofs of top mathematical problems, and it can be said that almost 100% of them are wrong. Here's the problem --

"Is this the right one?"

Wang Hao's influence in the academic world is not comparable to others.

In other words, other "unknown" people say that they have completed the proof of the Riemann conjecture, and the top mathematicians will not even look at it, and even if the proof is correct, they need to give a report at a large academic conference before they can gain international recognition little by little. Wang Hao is different.

His papers have been published directly in top mathematics journals and have quickly attracted the attention of top scholars in almost all related fields. A lot of people are starting to look into it.

It is not easy to understand the content of the paper, mainly because there are too many fields involved, including number theory, geometry, algebraic geometry, function theory, and so on.

Some institutions simply organize mathematical groups to conduct special research.

In just three days after the publication of the paper, more than a dozen top institutions came forward and said that they would verify the three papers, including the Newton Institute

, Netherlands National Academy of Sciences, Institute for Advanced Study in Princeton, California Institute of Technology, Mathematics Team.....

Wait a minute.

For a while, the international mathematical community was running around the three papers, and many people were waiting for follow-up news.