Chapter 282 A Large Number of String Theory Scholars Are Rebelling

Chapter 282 A large number of string theory scholars are in rebellion...

After Qiu Huian and Ding Zhiqiang left, Wang Hao also began to think seriously.

Ding Zhiqiang's joke just now brought a little inspiration, and the main core is a mathematical problem--

Riemann hypothesis.

It is not easy to find the direction of 2.5-dimensional topological state and 3D universe boundary argument. For such a difficult research, whenever you get inspiration, you should carefully grasp it and think about it.

Now I have only got a little inspiration, which shows that Riemann hypothesis is indeed a breakthrough.

But...

"It should have nothing to do with the Riemann hypothesis."

"Riemann hypothesis is a big problem. If you study Riemann hypothesis, the task difficulty cannot be only S, it must be S+ level..."

"Starting from Riemann hypothesis, is it to derive ζ function, or something else?"

Wang Hao wrote a few lines of columns related to Riemann hypothesis, and drew a graph of the corresponding fluctuation points, and then stared at the columns and graphs and thought carefully.

Riemann hypothesis, one of the seven major mathematical problems of the millennium.

The eighth question of Hilbert's twenty-three problems includes the Riemann hypothesis, the Goldbach conjecture, and the twin prime conjecture.

Among them, the Goldbach conjecture has been proved by Wang Hao using two methods, and the weakened form of the twin prime conjecture has also been proved. Only the Riemann hypothesis has not made any progress.

However, the mathematical community generally recognizes that the Riemann hypothesis is the most difficult.

Some problems about prime numbers seem very simple, while others are very complicated.

The Goldbach conjecture and the twin prime conjecture are problems that seem very simple, and there is no difficulty in understanding the problems themselves; the Riemann hypothesis is different. If you want to fully understand the content of the Riemann hypothesis, a master's degree in mathematics is the most basic requirement.

The Riemann hypothesis, or the Riemann hypothesis, is a problem about the zero distribution of the Riemann zeta function ζ(s).

To put it simply, in the study of the corresponding complex plane analytic extension of the Riemann function, there is a straight line (critical line) on the complex plane where Re(s)=1/2, which contains all non-trivial zeros on the Riemann zeta function.

After the Riemann hypothesis was proposed, many mathematicians studied the problem, and then a mathematician proposed that the Riemann hypothesis is equivalent to the strong conditional prime number theorem.

"The Riemann hypothesis can be said to be a study of the Riemann zeta function, but the Riemann zeta function is too complex and has specificity."

"If we start from the Riemann hypothesis, it is equivalent to starting from the Riemann function..."

Wang Hao continued to think.

The Riemann hypothesis is not as well-known as the Fermat hypothesis and the Goldbach conjecture, but the importance of the Riemann hypothesis in mathematics is far higher than the latter two. It is one of the most important problems in mathematics.

In today's mathematical literature, there are more than a thousand mathematical propositions that are based on the establishment of the Riemann hypothesis or its generalized form.

At the same time, there are also applications of the Riemann hypothesis in theoretical physics.

For example, the Riemann hypothesis and Fermat's Last Theorem have become the geometric topological carriers of M theory, which integrates general relativity and quantum mechanics.

Thinking from the perspective of application, starting from the direction of the Riemann hypothesis, it seems natural to study the boundary from 2.5 dimensions to 3 dimensions.

Wang Hao has figured it out a little.

But it is still very difficult to do research. He thought about it alone for a whole day without any progress.

Later, Wang Hao decided to do research with Qiu Huian.

"Teacher Wang, let's study the Riemann hypothesis together?" Qiu Huian opened his mouth in surprise when he heard what Wang Hao said.

At the same time, he became very unconfident, "I... don't think I can do it!"

Even if the proof of the Legendre conjecture is completed, the Riemann hypothesis, which is also a problem in the field of number theory, is not at the same level of difficulty.

Wang Hao said, "It's not us doing research together, you do it yourself."

Qiu Huian was even more confused.

Wang Hao said, "My main direction is to start from the Riemann hypothesis and explore the existence of 2.5-dimensional topological structures in three-dimensional space."

"You are doing research on the Riemann hypothesis. I study theoretical physics, you study number theory, we complement each other..."

"This..."

Qiu Huian didn't know what to say. He really had no confidence, but he could only agree. He also thought, "Could it be that Teacher Wang wants to train me?"

"The Riemann hypothesis problem is definitely not solved, but the process of thinking about such a major mathematical problem can also bring great gains!"

Qiu Huian thought, and was suddenly full of gratitude.

In fact, Wang Hao didn't think so much at all. He just felt that if there was one more person to study together, there would be more inspiration and ideas. Maybe the study of Riemann function could help find inspiration?

Then Wang Hao started to do research with Qiu Huian.

A few days later, he found that there was almost no gain.

Qiu Huian's research did not make any progress, but targeted the content of Riemann function, which had nothing in common with his research.

When encountering any problems or having any ideas to study together, it seemed to have nothing to do with his main research.

Wang Hao could only sigh and shake his head, looking at Qiu Huian with disappointment, "Qiu Huian, it still doesn't work!"

"Ah~~"

Then he decided to find Paul Phil Jones, a professional who does theoretical research on dimensions.

Wang Hao not only found Paul Phil-Jones, but also Helen and Chen Mengmeng, which meant that they formed a quantum physics group to study with him.

Recently, Paul Phil-Jones has been focusing on the demonstration of supersymmetry. When he heard Wang Hao talk about demonstrating the existence of three-dimensional space from the two-point-five-dimensional space, he immediately asked, "Do you have any ideas?"

Paul Phil-Jones certainly knows the importance of this issue.

If we can demonstrate the existence of 2.5-dimensional space in three-dimensional space, that is, the boundary problem of different dimensional spaces, we can use this to connect the photon structure to provide theoretical support for the generation of the speed of light.

Broadly speaking, it can even provide theoretical support for particle motion and material motion, that is, in-depth analysis of motion.

In the current discussion of photon architecture in the international physics community, many scholars know that they need to verify the existence of 2.5-dimensional space in three-dimensional space in the future, but it is not easy to do it.

Even if Paul Phil-Jones has done research on the high-dimensional argument of string theory, he can't come up with any clues.

Wang Hao said with certainty, "You can start thinking in the direction of Riemann's hypothesis."

"Riemann Hypothesis?"

"right."

Wang Hao only talked about the Riemann Hypothesis, but did not continue to talk about how to do research.

Paul Phil-Jones immediately thought of many questions, because he has done a lot of research on M theory. The geometric topological carrier of M theory is based on the Riemann Hypothesis and Fermat's Last Theorem.

He frowned and thought about it, and felt that it might be feasible to start from the direction of the Riemann Hypothesis.

"Let's study it together..."

In the following period, Paul Phil-Jones joined the research team and worked with Wang Hao on structural demonstration.

But their research still made no progress for a long time.

"Our arguments for the two-point five-dimensional topological structure are all mathematical descriptions from the side..."

"Unless you can relate the Riemann functions together through derivation, it requires too much luck."

Their research came to this conclusion.

It's like putting two completely related functions together, trying to find the relationship between the two, and exploring to solve a problem.

Connecting one function to another through derivation requires more than just mathematical research, it also requires a lot of luck.

Paul Phil Jones simply started research from the perspective of quantum physics, while Wang Hao continued to start from the Riemann function itself.

The two of them conducted research in two directions.

When there was no result for a long time, Paul Phil-Jones simply shook his head and said, "I think your idea is wrong."

"The Riemann Hypothesis has nothing to do with this argument. This should not be done in theoretical physics research..."

Before Wang Hao could say anything, Helen retorted directly, "No way, Paul, Teacher Wang must be right!"

"Yes, I believe Teacher Wang." Chen Mengmeng nodded firmly.

Qiu Hui'an, who had been doing research silently, said weakly, "If you think differently, then Teacher Wang must be right."

"..."

Paul Phil-Jones looked at Helen, Chen Mengmeng, and Qiu Hui'an, and suddenly thought of a question, "Should I also bring a few students?"

"If several students study together and have different opinions from others, at least some students will support me..."

He felt isolated and helpless.

…

A little dispute of ideas is not a problem.

Wang Hao was depressed and still had no inspiration. He had already found an entry point for research, but he didn't know how to use it. It was really depressing.

Finally, he thought of his best students.

Ding Zhiqiang joined the research team.

Wang Hao's research group is in a large office, and several people do research and discuss issues together.

Ding Zhiqiang knew that he had been pulled into the research team, and he didn't know how to react for a moment.

He is not alone.

Also coming with him was Zhang Zhiqiang. Both Zhiqiang felt very confused. They didn't know why they entered the research group.

Compared with Ding Zhiqiang who was confused and at a loss, Zhang Zhiqiang was very active. He felt very excited. When he came in, he greeted Wang Hao, "Wang Hao, you just asked me to come. Your kind of mathematical research, Maybe my background in mathematics and computer science can provide some new ideas.”

Wang Hao nodded.

He dragged Ding Zhiqiang and Zhang Zhiqiang into the research group in the hope that they could provide novel ideas.

Zhang Zhiqiang was very active after joining the research group. He was still very active after leaving the house. He even said excitedly to Luo Dayong, "Wang Hao asked me to join his research group!"

"Do you know what research we do? I guess you can't even think of it, the dimensional space boundary argument! Isn't it awesome!"

"I never imagined that one day I would do this kind of research..."

Luo Dayong looked at him expressionlessly and said with confusion, "Do you understand?"

Then he walked away happily.

It took Zhang Zhiqiang a long time to react and shouted, "What do you mean, do you understand? I am doing research with Wang Hao, not attending lectures!"

By the afternoon, Zhang Zhiqiang officially joined the research. He had a lot of information in his hand, which was the basis of the research.

One of the materials is the photonic architecture paper.

Zhang Zhiqiang's first job was to understand all the information in his hands, and then he found that he couldn't understand it at all. He sincerely hoped to make a contribution to the research, and like Luo Dayong, he could be nominated in the research results.

So he didn't care about face, and when he encountered something he didn't understand, he even asked Helen and Chen Mengmeng.

Then, Zhang Zhiqiang found sadly that he really lacked the basics.

In short, he couldn't understand.

Ding Zhiqiang's performance was completely different from Zhang Zhiqiang's. He was not as active as Zhang Zhiqiang because he was still thinking about the PUA problem in his heart.

"I'm always being PUA!"

"Every time I say something, Teacher Wang will praise me..."

"It seems that no matter what I say, no matter how outrageous it is, it's the same..."

"So I just don't say anything. Anyway, this research has exceeded my ability level, and it's good enough to barely understand the basic information."

"I can't help much!"

Ding Zhiqiang thought so and did so.

As a result, there were two special people in the research group, one was Ding Zhiqiang and the other was Zhang Zhiqiang. They stayed in the office and never participated in the discussion, as if they were two outsiders.

Wang Hao certainly couldn't let them be outsiders. He asked the two to join the research group in the hope of providing inspiration, but later found that the two people really had difficulty understanding the basics.

Wang Hao sighed and thought, "It seems that Ding Zhiqiang is not always good."

"Zhang Zhiqiang... forget it!"

Wang Hao continued to discuss with several people that day. He felt that the main direction was still the transformation of Riemann functions, but how to transform and how to connect the dimension problem, he still couldn't find a breakthrough.

He simply asked the research group to hold a small meeting and let everyone say their opinions.

Forget about Paul Phil-Jones, they communicated every day.

Helen doesn't need to say much, she participated even less than Paul Phil-Jones.

Chen Mengmeng is the same.

So Wang Hao's focus is still Qiu Huian, Ding Zhiqiang and Zhang Zhiqiang. The latter two have read the materials for several days in a row, so they should have some ideas, right?

Of course, the three people have no ideas.

Zhang Zhiqiang didn't even understand the information yet, so he could only bite the bullet and say, "Is that so... I think... No, let's try from another direction? Riemann hypothesis doesn't work, and there's Fermat's Last Theorem."

Paul Phil-Jones curled his lips hard because Zhang Zhiqiang's words were too outrageous.

Wang Hao also turned his head and looked at Qiu Huian.

Qiu Huian bites the bullet and says, "How about this, Mr. Wang, let's study and prove the Riemann hypothesis together?"

"..."

Originally it was an S-level research, but it had to be upgraded to S+ level?

Wang Hao pulled the corner of his mouth and looked at Ding Zhiqiang. He found that Ding Zhiqiang's performance was very unusual. He didn't communicate with others after joining the research group, but just read the information silently by himself.

This kind of performance is still admirable, like the kind of pragmatic scholar.

Usually he doesn't talk, and thinks about problems alone, so he should have some ideas, right?

Ding Zhiqiang knew that he had to speak, but he could only barely understand the content, so what ideas could he have?

He squinted his eyes, scratched his head, and said simply, "I think what Senior Brother Qiu said is very right!"

Wang Hao was immediately disappointed.

Ding Zhiqiang added, "Isn't the Riemann hypothesis about the distribution of prime numbers? Let's study the jump distribution of prime numbers, maybe we can..."

Wang Hao's eyes widened immediately, because the system responded!

[Task 4, Inspiration Value +16. ]

"!!"

Wang Hao walked towards Ding Zhiqiang in shock, walked up to him and stared at his face for a long time, and sighed, "Ding Zhiqiang, Ding Zhiqiang, what should I say!"

"You are really, you are really..." He sighed very hard, "Super super super genius with ideas!"

"..."

"..."

Everyone in the conference room was stunned, they didn't understand what was going on at all.

Qiu Huian couldn't help but mutter, "Sure enough! Teacher Wang really favors Ding Zhiqiang. Isn't what he said just studying the Riemann hypothesis?"

"I said studying the Riemann hypothesis, Teacher Wang didn't care at all. Ding Zhiqiang said studying the Riemann hypothesis, and the result..."

Others had the same idea.

Ding Zhiqiang had a completely different idea. He felt that he had found evidence that Teacher Wang Hao was PUAing him. Qiu Huian said studying the Riemann hypothesis, and he simply followed suit and said studying the Riemann hypothesis.

What was the result?

Teacher Wang Hao praised him a lot. This time he could be sure that it was 100% PUA!

…

After Wang Hao praised Ding Zhiqiang, he returned to his seat and explained with joy, "What Xiao Ding said just now makes sense!"

"We are not going to study the Riemann hypothesis, but the jump distribution problem of prime numbers!"

"These are two concepts."

"The corresponding non-trivial zero point on the Riemann function also represents a prime number, and the prime number distribution state above is a good research direction."

"Everyone think about it..."

"Those prime numbers are connected together in a jump-like manner through a special function. Isn't the law in it the best research direction?"

Paul Phil-Jones reacted immediately.

The problem of the existence of 2.5 dimensions in three-dimensional space that they are working on is simply a mathematical problem, relying on mathematics to construct and express the boundary between 2.5 dimensions and three dimensions.

The mathematical logic of the boundaries of two different dimensions can also directly explain the existence principle of the 2.5-dimensional topological form.

This is like a cell that can be physically intact, and the most important thing is the protection of the cell wall and cell membrane, that is, the "boundary".

The most important thing about the mathematical structure of the dimensional boundary is to find a special mathematical law.

This law must not be closed in nature. It is best to express it with mathematics and discontinuous prime numbers.

Starting with the study of Riemann functions, using functions to associate a series of "seemingly irrelevant" prime numbers is a very good direction.

When thinking of this, Paul Phil Jones couldn't help but look at Ding Zhiqiang with amazement.

This Ding Zhiqiang, no wonder he is valued, he is really a top genius!

Others also looked at him with the eyes of genius, especially they noticed that Ding Zhiqiang had a blank expression on his face, as if facing the praise of everyone, his heart did not even fluctuate at all.

Such a good mentality is really amazing!

Helen was amazed.

She thought that she would be very happy to be praised by Wang Hao.

What about Ding Zhiqiang?

There was no smile on his face, as if he was saying, "I am a genius and don't need others' affirmation."

It's really amazing!

...

At the same time.

Zhou Yun from the Department of Physics of the Academy of Sciences was busy preparing for the annihilation theory conference.

The annihilation theory conference was initiated by the Department of Physics of the Academy of Sciences and the Physics Society, and was also jointly participated by the Institute of High Energy Physics and the Physics Research Center of Sudong University. The venue was set at a large conference center in Sudong City.

Zhou Yun initially initiated the annihilation theory conference, just thinking that in line with the development of annihilation theory, Wang Hao would take the lead in holding a domestic discussion and exchange conference.

This kind of conference can guide the direction of scholars who are preparing to engage in annihilation theory research, and it is also convenient for everyone to communicate together.

Wang Hao himself came forward to guide the direction of theoretical research, which may bring valuable help to scholars who hope to engage in related research.

When the news of holding the conference is really released, the situation will be different in the future, because many physicists in the international physics community hope to participate in the conference after hearing the news.

It can even be said that there are some very famous physicists among them.

For example, some are heavyweights of the European Organization for Nuclear Research.

Some are famous scholars of string theory.

Some are top experts in high-energy physics.

And so on.

It was impossible for Zhou Yun to reject so many physics giants at once, so he simply expanded the meeting and turned it into a major international conference.

The most incredible thing is that some string theory scholars applied to attend the meeting very sincerely.

Zhou Yun initially thought that the string theory scholars were here to make trouble, but later he learned that they really wanted to attend the meeting.

A German string theory scholar sent an email saying, "I hope to change my research direction. String theory and annihilation theory are very close, and annihilation theory will have better development in the future."

This is actually not surprising.

Those who can engage in string theory research internationally can be said to be top geniuses, not only mathematical geniuses but also physical geniuses.

The threshold for string theory research is really too high.

These scholars engaged in string theory research are just ordinary people, and they also hope to pursue honor.

Maybe I started to study string theory because I really liked string theory, but later it gradually became my job.

Now I find that there is a better theoretical physics direction, which is developing rapidly and connected to experiments, so I naturally hope to engage in related research.

In addition, it seems to be a very smooth thing to change from string theory to annihilation theory.

Their research on annihilation theory has a very broad prospect, and there are already two role models leading the way.

One is Paul Phil Jones; the other is Ridley Parsons.

At a time when string theory research has reached a bottleneck, annihilation theory provides many directions, such as some quantum physics problems, including supersymmetry problems, and the demonstration of black holes, dark matter, and antimatter.

Annihilation theory has just started, and some physics theories, even astronomy theories, can try to use annihilation theory for research.

And so on.

Zhou Yun is the main person in charge of the meeting. He personally reviewed the applications of those famous scholars and roughly knew which famous scholars would come.

After reading the names of scholars one by one, he felt a little numb and could only sigh at the huge influence of annihilation theory.

But when he saw the name of an applicant, Zhou Yun was still shocked and didn't know what to do for a while.

"Edward Witten?"

"From the Institute for Advanced Study at Princeton University..."

"Mr. Witten is a leader in string theory. How could he apply to attend a conference on annihilation theory?"

"This..."

Reject?

That's the famous Edward Witten. It's not an exaggeration to say that he is the number one in theoretical physics.

Accept?

The other party must be here with bad intentions, right?

Zhou Yun was at a loss for a while and didn't know what to do.