Rule department scholar

Weng Hong is more than 50 years younger than Yang Zhenning. After marrying Yang Zhenning, she is not only a wife, but also a work and life assistant, and is also responsible for checking the emails he receives.

When she found out that there was an email from the magazine with the attachment of the thesis, she checked that the author was signed by Zhao Yi, and she immediately told Yang Zhenning.

Yang Zhenning was watching the news, and when Weng Hong said that there was a review email for Zhao Yi's thesis, he immediately walked over with interest, "Zhao Yi's theoretical physics paper?"

"It was sent by the Journal of Mathematical Physics, inviting me to review the manuscript? It should be recommended by Zhao Yi himself."

When he thought about the last time he met at Jiangzhou University, he couldn't help sighing, "Zhao Yi, that kid is really a genius, his peers are still in school, and he is already known by everyone. Remember last time, Jiang Zhou, he said that he was studying particle mathematics and was very interested in the problem of parity violation, and I told him a lot. I didn’t expect that he would achieve results so soon.”

Weng Hong listened and nodded. She also went to Jiangzhou University last time and met Zhao Yi once. She smiled and said, "Then just watch, I'll make a cup of tea."

"Go."

Yang Zhenning smiled softly at Weng Hong, and then sat at the table and watched carefully. He and Yang Zhenning had similar reactions. They both watched with interest at the beginning, and then frowned slightly, only feeling The content inside is very obscure, and it is not easy to understand.

He is really old, and he can't compare with Qiu Chengwen.

After reading about a page or so, Yang Zhenning stood up tremblingly, walked to the balcony and looked out the window, and sat down on the wicker chair to rest again.

Weng Hong asked suspiciously, "Why didn't you watch it?"

Yang Zhenning shook his head with a wry smile, and said with emotion, "I'm old, I'll be tired after a while, and I can't keep up." He guarded and pointed to his head, because he is really old, and he usually doesn't say such things , but after reading the content of the paper just now, I felt very tired after only a short paragraph, and I couldn't help but sigh.

Weng Hong frowned slightly, and asked strangely, "Why do you say that?"

Yang Zhenning shook his head and stopped talking.

Although he was resting on a rattan chair, he still couldn't help but think about the main thinking of Ka in the thesis, and he was exhausted from constant thinking.

Weng Hong felt a little worried, "Since you don't read it, don't think about it. With your appearance, I know you are thinking about that paper."

"it is good."

Yang Zhenning narrowed his eyes and nodded.

at the same time.

Ruan Wenye, Zhang Hongzhi, and Huang Zhong all saw the invitation review email in their mailboxes, and they downloaded it with interest, and began to study it seriously.

Ruan Wenye is engaged in data analysis of colliders and has a good understanding of quantum physics, but it still has some headaches when it involves particle physics and complex mathematical frameworks based on analytic number theory.

He only read one page, and stopped continuing, but directly sent a reply email to the editorial department of "Journal of Mathematical Physics", "The content of this supersymmetry research paper is too profound and complicated, but since it is Zhao Yi's Research, my opinion is to publish it directly, without reviewing the manuscript.”

The editorial department of "Journal of Mathematical Physics" could only smile wryly when they saw the reply email.

What Ruan Wenye said also makes sense.

Zhao Yi is the world's top mathematician. Theoretical physics is a branch of mathematics. He uses his own particle boundary theory to study supersymmetry. It seems good to publish it directly. Who can compare his mathematical ability What's better?

Zhang Hongzhi is the director of the Physics Department of the Academy of Sciences. He is a very face-saving person, but the research direction is the most inappropriate. He didn't even read a page, and he planned to find a group of people to study together.

"It's too complicated, isn't it?"

"I haven't seriously studied the energy construction of particles? I have to study the energy construction problem before I can continue to look at it..."

"never mind!"

Papers that have not been published after review have confidentiality issues, and they must not be studied by a group of people.

Zhang Hongzhi simply wrote a comment email, "The mathematical description of the supersymmetry problem in the paper is very classic, and the perspective of the argument is eye-catching."

"Particle boundary theory, which is entirely new theoretical physics, creates a new discipline, and the extension can prove supersymmetry, and maybe other things."

"I am looking forward……"

Zhang Hongzhi used his excellent writing skills and wrote several long paragraphs of comments. After thinking about it for a while, he chose to reply to the email regularly, and the time was set to be three days later.

"Three days, almost?" He thought about it and felt that there was nothing missing.

Huang Zhong is the most serious.

He has been engaged in the research of particle physics. Needless to say, his level of mathematics is needless to say. He has also done research related to number theory. After he read the paper, it was like seeing a treasure. He saw it at three o'clock in the morning in one breath. He couldn't bear it until he fell asleep. past.

The next day, Huang Zhong gave lectures to the students with exhaustion, and he was a little sluggish during the lectures, but after returning to the office after class, he immediately reopened the thesis page and continued to study energetically.

……

Three days have passed.

The editorial department of "Journal of Mathematical Physics" received replies from Ruan Wenye and Zhang Hongzhi successively. Ruan Wenye didn't research at all, so he went back immediately. Zhang Hongzhi's comments came really fast.

For an obscure theoretical physics research paper, it has dozens of pages of mathematical structure and proofs, and contains knowledge in many fields. It doesn’t take much time to study it carefully for a week, but it’s really amazing to read it in three days.

Time, another week passed.

The editorial department received an email from Qiu Chengwen, and he complained in his comment reply, "This review is really troublesome for me. In the past ten days, I spent six or seven hours on it every day, and the result is only understanding The general structure was given up, and some parts of the proof were simply abandoned.”

"Based on what I have seen, I can guarantee that there is no problem."

"This is a mathematical theoretical study to analyze the problem of supersymmetry based on the energy composition of the particle boundary, and to explain the reason for their symmetry from the composition of the energy prime number distribution of Fermatons and bosons."

"Finally, the formation of particles is also explained. This can be compared with the collision data. I verified it with some public experimental data, and the results conform to the data description in the paper."

"So far, supersymmetry is still a mystery in the physics world. The paper uses the mathematical description of energy to explain the principle of symmetry, and reasonably explains the symmetry at the beginning of particle formation. The theoretical content has formed a closed loop and is published. It's bound to cause a stir."

Qiu Chengwen used the word 'sensation' to predict the influence of the publication, which is enough to show that he attaches great importance to the content of the paper.

The editorial department of "Journal of Mathematical Physics" is not surprised. They have been engaged in professional academic manuscript review for a long time, and they still have a certain ability to judge how influential Zhao Yi's paper is. In the mid-term and English double-edition magazines.

The editorial department was surprised that Qiu Chengwen said that he spent six or seven hours a day on research for ten consecutive days.

ten days?

In other words, Qiu Chengwen studied for sixty to seventy hours before he had a general overview of the thesis, and he did not demonstrate it in detail from beginning to end.

What about Zhang Hongzhi?

Three days!

"Zhang Hongzhi's level is good. He finished the manuscript review in three days! It is several times faster than Qiu Dashen!"

"Sure enough, he is the leader of the physics department!"

"awesome!"

What is the specific situation, people in the editorial department have guessed.

Qiu Chengwen is not as old as Yang Zhenning. He is only in his [-]s. He is clear-headed and energetic. He can win the Fields Medal and has achieved some achievements in physics. His level must be the top in the world.

So Zhang Hongzhi probably didn't read the manuscript carefully, and wrote a comment directly.

Of course.

This kind of thing can't be said directly. They invited Zhang Hongzhi to participate in the review of the manuscript, and the other party also gave a reply. When the time comes, just record the comments.

Two more days passed.

The editorial department finally received Yang Zhenning's review reply. He said clearly, "I haven't read it, but the part I read is okay."

"Based on particle energy theory, to solve the problem of supersymmetry, only Zhao Yi can do it, but its content is really exciting."

"Perfect mathematical structure, perfect theoretical logic."

"I'm sure there will be a lot of people, right away, interested in particle boundary theory."

"This paper demonstrating supersymmetry can be called the 'first revolution of particle boundary theory'!"

What Yang Zhenning said about the "first revolution" refers to the revolution of string theory.

Before the 80s of the last century, string theory was not favored. Edward Witten expanded string theory and made a "superstring theory" with perfect mathematical demonstration and analysis, which unified quantum mechanics and general relativity, and attracted Numerous mathematicians and physicists.

This was the first revolution in string theory.

The development of a theoretical physics subject needs to use basic theories to confirm or contain the content that cannot be proved temporarily.

'Superstring theory', which unifies quantum mechanics and general relativity, will naturally attract the attention of countless people.

Previously, the boundary theory of particles was only regarded as the potential of "opening a new school". The way of building boundary energy explained the "irregularity" of particles, explained the reasons why particles would disappear, and "absolute zero cannot be reached".

Although the mathematical logic contained is very classic and solves some problems, it can be attributed to the fact that 'particles must keep moving', because particles need to keep moving, so that they cannot reach absolute zero and stop Movement will dissipate.

Now with the particle boundary theory, the problem of supersymmetry has been confirmed again, which will definitely make the particle boundary theory gain more people's recognition, and the academic circle will definitely be curious, "Whether the particle boundary theory can be used to answer more questions, Or even realize the unification of mechanics?"

When more mathematicians and physicists participate in the research of particle boundary theory, it can be said that a revolution has been completed, and the "Particle Boundary Theory School" has also been formed unconsciously.

……

Zhao Yi didn't think so deeply. He received a message from the editorial department of "Journal of Mathematical Physics", saying that the next issue of the journal in both Chinese and English versions would publish the papers he contributed.

This is to be expected.

With his fame and influence, as long as there are no direct mistakes in the paper, even if it is meaningless to publish, it will definitely pass the review of the editorial department and be published in the next issue of the magazine.

As for the impact of publishing it...

In fact, he didn't think about it at all, because the content of his research is theoretical physics. To explain it bluntly, the boundary theory of particles cannot be proved for the time being, because particles in reality cannot be separated, and some particles even require detailed data analysis. To be sure it existed.

The boundary theory of particles cannot be proven, and the analysis and research based on it is naturally only a theory.

This paper expounding the analysis of supersymmetry is only a small part of the proof in the middle of the cooperation with Edward Witten to study the boundary problem of multi-dimensional space.

After completing the theoretical elaboration of supersymmetry, the content of particle energy is almost completed. Next, we can combine the mathematical system of construction. The next step is to study the logic of particles being endowed with mass, and then deduce the boundary of multidimensional space, that is, The logic of the Higgs mechanism.

The latter needs to be supplemented by Edward Witten's research content.

Zhao Yi also had some expectations.

Although it is said that the research is "content that cannot be proved", in-depth analysis by means of mathematics may finally unify the four forces. Even if it is only a part of theoretical research, as long as the research content is deep enough, it can be derived. If he comes up with something that can be proven in reality, maybe one day in the future, his theory will be verified.

By the time……

Comparable to Einstein?Maybe even more famous?

Zhao Yi quickly gave up his fantasies, but shook his head in distress. He spent so much energy on physics research, but the main content is theoretical physics. Theories that cannot be proved cannot be accepted by the Nobel Committee.

That is to say...

No matter how in-depth the study of particle physics is, even if it is to complete the study of multi-dimensional space boundaries, complete a set of theories and form a closed loop, because it cannot be proved, it is impossible to win the Nobel Prize in Physics.

However, the system has released the main task of the Nobel Prize in Physics, how to solve it?

Chapter 367 You call this a small part?

When Zhao Yi was worrying about completing the main task, that is, how to get the Nobel Prize in Physics, Ni Hongyu put down the phone call from his superior in the electron-positron collider laboratory and fell into a state called "confusion". mood.

"A brand new neutron generator? Principle paper?"

"Zhao Yi..."

Ni Hongyu still remembers that during the vacation, when Zhao Yi came to the Institute of High Energy, he took Zhao Yi to visit the laboratory in the institute and chatted a few words about the neutron generator project. At that time, Zhao Yi seemed to ask, saying, "Other people research What will happen if the neutron generator is released?" He thought about it and explained a few words, but then he didn't take it seriously at all, and thought it was a bit ridiculous when he thought about it.

Someone else worked out a neutron generator?What are you kidding?

The electron-positron collider laboratory is dedicated to this project, and many professional personnel have no idea. There are similar researches in the world, and no major progress has been heard.

result?

Zhao Yi has just researched a new manufacturing principle for neutron generators?

is it possible?

It wasn't Ding Shouxian who called in person and even made some explanations. Ni Hongyu would not believe it was true. He would definitely think that someone was joking.

When someone reports research that may need to be kept secret, they do not directly verify it, but have to go through rigorous demonstrations, such as scientific and technological theories like neutron generators, which require more careful demonstrations, because it takes a lot of money to verify. A lot of money.

After Ding Shouxian heard the news, he called several experts to demonstrate the principle of the neutron generator described in the paper.

The principle of the new neutron generator made by Zhao Yi is not complicated.

The emission direction of neutrons depends on the rotation direction of the atoms. Since the rotation directions of each atom are not consistent, the neutrons produced by the atoms will be emitted in all directions, forming scattering.

The method of the new neutron generator is to control all the atoms to rotate in the same direction, so that the neutrons generated can be emitted in a specific direction to form a highly directional neutron beam.

The principle sounds simple, but it is not easy to implement, because it is still very technically difficult to activate neutrons for emission while controlling the movement of atoms.

In Zhao Yi's theory, a small-scale activation method is described. The method is similar to that of a large engine, using high temperature and high pressure to forcibly accumulate high energy, but it does not require such complicated assembly of parts, but uses existing Neutron activation technology does it.

Ni Hongyu also knew a lot about neutron generators. He scanned the theory content carefully, suppressed the shock in his heart, and said with a wry smile, "Zhao Yi is really not an ordinary person! Let's take a look at the neutron generator." For the project, I want to come up with a new type of neutron generator technology..."

"Is it because he studies theory, so technical things are easy for him?"

"Maybe?"

Ni Hongyu could only shake his head with a wry smile, and then he knew what to do. He immediately gathered the elite backbone of the laboratory to demonstrate the new neutron generator technology. The demonstration is not a question of whether the principle is feasible or not, but how to do it. So with a new theoretical method, to make a neutron generator.

……

Compared with the busyness of the electron-positron collider laboratory, Zhao Yi's life is much easier. After completing the research on supersymmetry, he can really relax for a while, and then he returns to his normal life.