Genius of the Rules-Style System

"The Riemann Hypothesis has been proven!"

"Zhao Yi personally confirmed that he has completed the proof of the Riemann Hypothesis and is already in the process of sorting out the data."

"Now the news has spread abroad. I saw some media reports on the Internet."

"This is true!"

"A sensational event in the international mathematics community! This time it has become the greatest progress in mathematics in a century!"

"Isn't there also Edward Witten?"

"Do you think the two of them working together prove that who is in charge?"

"Of course it's Zhao Yi!"

"So, other people are not important..."

"..."

Public opinion was in an uproar, discussions were everywhere, and the media rushed to report. Many reporters came to Yanhua University for interviews, but they could not interview the protagonist Zhao Yi, so they had to settle for interviewing other people.

A lot of people showed up.

For example, the professors at the School of Science kept talking about the research conducted by Zhao Yi and Edward Witten, describing how arduous the process was, and they spoke as if they had witnessed it with their own eyes.

Ruan Wenye also appeared on the scene. He said something in an interview, "When they completed the proof, I was there. I hugged Edward and Zhao Yi to celebrate, congratulated them, and then they thanked me."

He also emphasized, "Edward and I hugged each other for a minute."

This sentence is very vague. If you think about it carefully, it seems that Ruan Wenye also participated in and made corresponding contributions in the process of proving the Riemann Hypothesis.

In fact, it seemed like he didn't say anything at all.

As one of the protagonists in the focus of public opinion, Edward Witten has also appeared frequently. He has accepted several professional academic interviews, but every time he just briefly talked about the Riemann Hypothesis and then turned to the topic of string theory, "We Completed the shaping of the topological shape of the mass point in multi-dimensional space."

"This work is very meaningful. If we go further, we can touch the boundary of dimensions and even touch quantum physics."

"I believe there will be more progress and more conclusions in the future, and one day it can even be proven experimentally."

Obviously.

The reporter is not interested in string theory. If he continues to ask questions, he still has to do with the Riemann Hypothesis. The Riemann Hypothesis is the real focus.

Edward Witten was a little disappointed. He felt that there was nothing much to say about the Riemann Hypothesis. "It is an important conjecture in mathematics. But it was considered correct a hundred years ago, and many mathematical theorems were derived from the Riemann Hypothesis. .”

"Many mathematical studies assume that the Riemann Hypothesis is correct. We just proved it to be correct, and nothing seems to have changed."

"But we don't want to prove that, in fact, it was just done unintentionally in the process of studying string theory..."

"String theory is..."

"Bala bala~"

Edward Witten continued to promote his string theory results, but just like the initial judgment, the Riemann Hypothesis completely stole the limelight, and the media had no interest at all in the string theory results.

Edward Witten suddenly felt even more helpless, and he began to be reluctant to accept interviews.

In fact, he didn't want to be interviewed at first, but he was too free. He had finished compiling the information and only had to wait for the academic report in two weeks.

Edward Witten wanted to continue doing research with Zhao Yi instead of continuing to waste time in boredom, but he couldn't find Zhao Yi at all.

At this time, Zhao Yi is still doing research patiently, but the content of the research is not string theory and multi-dimensional space, but the structural mathematics related to mass points to connect photons and space for relevant analysis.

The mathematical construction of mass points is very important. Whether it is 'mass points are a combination of energy' or 'mass points come from multi-dimensional space', because they are all topological structures (energy has no fixed form), the mathematical expressions are consistent. .

After completing the topological expression of the mass point, we can connect the space mathematics and the structure of photons, use the experimental results to infer the details, and continue to improve the space mathematics and the relationship between photons and space.

Now Zhao Yi has a new way of understanding the space barrier properties of photon manufacturing. He imagines the mass point as a high-dimensional topological structure, which can continuously change internally and externally.

"Photons produce space blocking characteristics, which is not necessarily spin. It can also be understood as the internal and external changes in energy, creating a specific area as a means of resisting space absorption!"

"The speed at which space absorbs energy is limited. If too much energy is absorbed in a short period of time, a space shield will be formed."

"Photons resisting space and being absorbed by space are two different characteristics."

"However, it is impossible for the experimental device to completely operate in a 'resistance to space' manner. There will always be a part of the energy absorbed by the space."

Zhao Yi came to many conclusions.

The current research focus is on the two characteristics of 'resistance to space' and 'energy absorbed by space'. The two characteristics are theoretically the same property but have different results. They can be simply understood as drawing a straight line in the plane, X axis, Y axis The axes are 'different characteristics', and the representation of straight lines will use X and Y.

If it is a three-dimensional straight line, using the 'Z-axis' attribute is equivalent to breaking away from the plane, and it is not the same property.

"The normal movement of photons has nothing to do with space. But if a specific movement method is activated, it will be related to space."

"Then we need to study the exact correlation..."

That's the main job.

Zhao Yi's research is now more serious than when he was with Edward Witten. He is very much looking forward to revealing the mystery of space. Even if he only reveals a corner, it will bring about a huge improvement in theory. As for the analysis of space, Just a little progress in theory will lead to huge breakthroughs in technology.

Because spatial analysis is a completely new field.

This is like the era when theoretical research exploded a hundred years ago. Many theoretical studies were in new fields, such as aircraft, alternating current, nuclear research, etc.

When a certain theory first appears and can be applied to technology, it develops the fastest. A breakthrough in the theory can bring about a qualitative leap in applied technology.

Zhao Yi was looking forward to this very much. He continued to do research patiently and stayed in the room for about two weeks before leaving the door.

"Zhao Yi? How is the research?" Qian Hong was waiting outside the door.

When there were other people around, she still called Academician Zhao to show respect, but when there were only two people, she still used to call him by his first name.

Zhao Yi smiled and said, "It's done."

"Congratulations!"

Qian Hong only knew that he was doing research on photons and space, but he didn't know what it was specifically, nor did he know the impact of the research.

Her judgment is the same as everyone else's, "No matter how great the influence is, can it be greater than the Riemann Hypothesis?"

Zhao Yi didn't see it that way.

When it came to the study of space, the Riemann Hypothesis seemed to become unimportant. He spent two weeks to complete thirteen sets of equations, each of which was about the relationship between photons, space obstruction, and space absorption. expression.

Thirteen groups of equations represent the tendency of photons to form space obstruction and absorb energy in space.

Trend can be understood as direction.

The column expression expresses a theoretical trend, which when translated into technology can be understood as, "How can the anti-gravity device open the anti-gravity area with the minimum energy. In addition, how to quickly open the space cover."

With the current technology, it is impossible for photons to achieve 'perfect operation'. It can only be a certain 'tendency', which is also close to the perfect operation method. The more energy it can reduce to open the anti-gravity area, or reduce the The size of the construction unit.

Zhao Yi estimates that according to current understanding, the anti-gravity device can be reduced by about ten times.

At the same time, the time the space cover can be opened can reach a few seconds at the fastest, but maintaining the space cover still requires a lot of energy. The latter cannot be changed, because the space cover is originally formed by absorbing energy in space.

Of course.

There is a gap between theory and reality.

When the corresponding device is actually built, it is still very difficult to make the device shrink more than ten times or to open the space cover in a few seconds. We can only say that we strive to get close to the theoretical data.

After completing the relevant research, Zhao Yi felt much more relaxed. He recorded the content immediately and then immediately handed it over to the senior department.

This is absolutely confidential.

Zhao Yi also handed over all the research manuscript contents and secretly transported them to a villa protected by the military, and gave them to Zhang Qican, Huang Zhong and others for research.

In fact, the most important thing is Ruan Wenye. Ruan Wenye works in the anti-gravity team. He needs to design experimental devices for verification based on theoretical content. After the experimental verification is successful, he must also participate in the design of new devices and the application of related technologies.

Zhang Qican and Huang Zhong were just 'auxiliary personnel' who helped Ruan Wenye understand quickly.

There's nothing we can do about it.

Zhao Yi felt a little headache thinking about it. Ruan Wenye's understanding ability was indeed poor. Such complicated content would probably take a month...

Maybe two months?

It will definitely take a long time anyway.

…

Ruan Wenye felt like he was on vacation, because Zhao Yi was not in the theory group and was not assigned research work, so he could do whatever he wanted.

The work of the anti-gravity team, that is, paying attention occasionally, does not require him to go there at all.

He had lived a relaxed life for many days, and he still thought about joining the anti-gravity team. It was really the wisest decision. The salary was much higher, and he could also work with Zhao Yi, and his work became easier.

At the same time, because you are participating in a major scientific research project, you will definitely be honored and will be recorded by the country.

"Just living peacefully like this, maybe after retirement, I can still get a medal of honor? Contribute to the country!"

"Now I am the anti-gravity team, the most important theoretical core!"

Ruan Wenye thought happily.

Then he received a call and asked to return to the theory team immediately.

"what happened?"

"I also said I wanted to participate in Zhao Yi's Riemann Hypothesis report? Why did I just go back?"

Ruan Wenye thought a little depressed that he had no choice but to return to the theory group.

Two hours later, Ruan Wenye returned to the theory group and met Huang Zhong and Zhang Qican again. He said excitedly, "You don't know! Zhao Yi completed the Riemann Hypothesis, and I was the first person to thank him."

"I hugged Edward at that time. He was really big, and he seemed to have body odor, but I could only endure it. Who allowed them to complete the Riemann Hypothesis..."

"There were reporters interviewing me two days ago..."

"Bala bala~~"

Ruan Wenye boasted a lot, which indeed made Zhang Qican and Huang Zhong a little envious, but they immediately talked about work.

Huang Zhong took out a document.

Ruan Wenye took it and opened it, only to see a lot of writing on it, which made his scalp numb when he looked at it. He raised his head blankly, "What is this? The Book of Heaven?"

"The job is coming."

Huang Zhong smiled and said, "Next, we all have to figure out what is specifically said in it."

"But don't worry, there are many manuscripts for reference. That is the derivation and calculation process." He said, patting the files on the table. Each folder had a stack of manuscript paper, and each one was full of writing.

Ruan Wenye was stunned for a long time, grabbed his hair hard, and said with a wry smile, "When I understand what these are talking about, I will definitely have a head full of gray hair."

"I already am."

Huang Zhong said with a grimace.

Scientific research, especially the very brain-consuming scientific research, is really harmful to the hair. Some people lose all their hair early and form a standard Mediterranean head shape, while others have a head full of gray hair early.

Since joining the theory group, Huang Zhong's hair has turned gray faster, and now almost half of it is white.

Nguyen Van Ye also has a lot of white hair.

Zhang Qican is relatively fine, but his hair loss is accelerating and his hair has become much thinner.

The three of them looked at each other and could only smile bitterly.

What they were confused about was that Zhao Yi's hair quality was quite good and it didn't seem to be affected at all. Is it because he was young?

…

The theory team felt the difficulty of the work. They just understood that the work completed by Zhao Yi was not easy.

the other side.

Zhao Yi felt much more relaxed. He had lived a comfortable life for a few days and still had time to give an open class on particle physics to fulfill his responsibilities as a professor in the School of Science.

at the same time.

Yanhua University became lively.

This time it is a proof of the Riemann Hypothesis, and the prover also includes Edward Witten, which is different from the last time Goldbach Hypothesis.

Because there is ample preparation time, there must be many mathematicians coming.

Yanhua University did not even need to send out invitations, and a large number of top mathematicians came to Yanhua University to listen to reports on the Riemann Hypothesis.

If it were any other mathematician, no matter how famous he was, announcing that he had proved the Riemann Hypothesis would not attract much attention. The most important thing is the difficulty of the Riemann Hypothesis. In the past few decades, there have been several top Mathematicians announced that they had proved the Riemann Hypothesis, but ultimately failed.

They themselves don't know that the proof is wrong, but because the process is too complicated, it is easy for some small mistakes to occur.

Zhao Yi is different.

Zhao Yi has completed several top mathematical conjectures, including Goldbach's conjecture, Fermat's conjecture and Kakutani's conjecture. He also solved the NP problem, coupled with the creation of the three-dimensional tremor waveform diagram and his contribution to the twin prime number conjecture. Has become the well-deserved first mathematician.

Many people believe that Zhao Yi surpasses all mathematicians in history.

Zhao Yi is famous enough. He publicly announced that he has proved the Riemann Hypothesis, which is naturally very convincing. With the addition of Edward Witten, the persuasiveness becomes even stronger.

As we all know, Edward Witten is an expert in string theory, but his talent and ability in mathematics are recognized around the world.

Other mathematicians concentrated on studying mathematics and got Fields only after they achieved results.

Edward Witten was different. He studied string theory and won the Fields Medal for the accompanying mathematical results.

That's the difference.

The same is true for the current Riemann Hypothesis. Zhao Yi and Edward Witten studied string theory and incidentally proved the Riemann Hypothesis.

This time it also followed Edward Witten’s consistent rules.

Zhao Yi, Edward Witten.

It is impossible to find a more convincing combination than them in the whole world.