Rule system

Zhao Wei's easy life is hard to last too long. He is only easy for a afternoon, and he has to fall into the busy day.

The phone in Qian Hong is exploding for a short time.

In the face of a large number of hits, she can't help it. Because I have called, many are the domestic academic heavyweight people. She will write down the name to Zhao Yi, Zhao Wei A large ranked word, still returned several calls.

Among them, Qiu Chengwen has been called.

Qiu Chengwen is the same as others, and it is also a matter of asking the content of the paper, but he first asked Zhao Wei, and did you consider where to do academic reports?

Zhao Wei hesitated, "I haven't considered it yet, I will say it for a while."

He didn't think about it.

Qiu Chengwen listened to a smile, "put this kind of thing in the final consideration ... is you!" Other people have a major achievement, Pakailou must not find a big stage to show, hate can not let the world recognize their own achievements. .

Zhao Wei?

It is clear that the research results are very influential, and the results didn't think about it.

"It is estimated that it is Yanya University?" Qiu Chengwen wanted.

In fact, he hopes that Zhao Wei came to Shuimu University to report, but considering Zhao Wei published the papers in "Mathematical Physics Journal", not the international top mathematics, physics magazine, and estimates will not take into account other universities to do academic reports.

Qiu Chengwen simply shook his head and did not continue academic report. Instead asked the problems encountered by the research papers. He has already got Zhao Wei's 'super-right question' papers, and the whole is completely no problem. Some problems on some details are built, but there are two, three places, always feel that it is not enough to understand, think it seems to be a little bit, I want Zhao Wei to explain.

Qiu Chengwen's question can be said to be the least, but the content of the question is very deep, and I know that I have a deep study of the paper.

Zhao Wei made a serious explanation.

Qiu Chengwen listened to a feeling that I suddenly realized, but I still have said, "I seem to study again, your particle energy is said."

He knows his own problem.

The 'super-symmetry' analysis is based on the boundary theory of particles. It does not know the boundary theory of particles, directly understand the 'super-symmetrical' analysis, and will definitely encounter some 'don't understand'.

"That is the foundation." Zhao Yu smiled, "We can discuss it together, just the question you said, my thoughts are ..."

The two have been discussed for a long time.

'Super-symmetric analysis' The mathematics logic in the paper is not so complicated, and the calculated part of the calculated part is not much, the most difficult understanding is the mathematical architecture of the energy system.

The difficulty of this part is 'imagination', or spatial thinking ability.

Mathematics, space thinking is really important, especially expanding geometries, and space thinking skills determine the upper limit of understanding.

Space thinking, the simplest can give a particle, for example, ask a dice with six faces, clockwise 2, 3, 4, 5, 1 and 6, 1 and 6, ask 3 opposite numbers ?

This problem is very simple, think about it, knowing the answer is 5.

If you increase the difficulty, for example, the space of high school is a lot of space thinking, some topics, just read it, don't do it, just by imagining, more need spatial thinking ability.

Then, the difficulty is higher.

Space topology.

The content of the topology is very complicated, and the space thinking is not enough. It is very difficult to understand.

Zhao Wei's 'super-symptomatic analysis' is based on the energy mathematical system, it requires strong spatial thinking ability, some partially doped with energy array sorting, spatial conversion, and space thinking The requirement is higher.

This is the threshold.

Insufficient space thinking, some mathematical architectural content will be difficult to understand.

Of course.

Like Qiu Chengwen's level of mathematician, space thinking ability is definite enough, the reason why some details are unclear, but it is because it is not familiar with the particle boundary theory, but also does not think of the key point of the problem, one time thinking is some Converting can't come.

Zhao Wei explained the key place, Qiu Chengwen immediately understood.

......

When domestic many scholars focus on studying Zhao Wei's 'super-symmetrical analysis' papers, the influence of the paper quickly spread to abroad.

There are several academy media of Europe and America, which is reported to the title of Zhao Wei's paper.

"Zhao Wei released heavyweight mathematics physical achievements: super-symmetric analysis!"

"China's" Mathematical Physics Journal "magazine released Zhao Wei's latest theoretical physics research results, and it is a super-symmetric issue that is very concerned about the physics."

"Take the latest particle boundary theory, explain the analysis of super-symmetrical problems, does it mean that the super-symmetric problem has been cracked?"

"..."

At the same time, foreign countries are also similar to those in China, many mathematicians, physicists, are invested in the study of Zhao Wei's latest papers.

Attraction of this paper, can be much higher than the boundary theory of 'particles, because' particles 'boundary theory' is a new theory, the new theory of physical circles, and it is not easy to accept it.

If Zhao Wei is very influential, 'particle boundary theory', maybe there will be many people know, even if some scholars see, they will be placed elsewhere, and they will not see content.

The new paper involves the 'super-symmetrical' is not the same.

'Super - like "is the cornerstone, foundation of the theoretical physics, but the theoretical symmetry between particles has been discovered by experiments.

Both the physics community hope to have a symmetry of particles, the theoretical support that cannot be discovered, but also need to interpret the so-called 'symmetrical' in the super-symmetric problem.

There have always been before.

The super-symptom theory is very perfect, and it is difficult to add new content in the perspective of particles.

Now Zhao Wei takes theory of personal particle boundary theory, that is, 'particle energy learning', to explain the analysis of super-symptoms, it is worth studying.

When many scholars put into the study, they only feel that the thesis is difficult to understand, they want to understand it is really not easy, they quickly discovered the reason -

This paper is based on 'energy scholars', which is the 'particle boundary theory', has not studied the boundary theory of 'particles'. It is very difficult to directly understand the mathematical content of the paper.

Many people go to study the boundary theory of particles.

Compared to super-symptom analysis, mathematics in the boundary theory of particles, is not very difficult to top mathematicians.

The boundary theory of the particles is like a formula frame, a rule frame.

Just understand the formula frame, the rule framework, then understand the new super-symptom analysis thesis, it will become more easy.

quickly.

Some scholars with heavyweight stand out and definitely the results of Zhao Wei.

It is Edward - Witten.

Edward - Witten and Zhao Wei cooperates to do multidimensional spatial borders, and has a deep understanding of the boundary theory of particles, understand the 'super-symmetric analysis', can't be said, but it is not difficult.

Edward - Witch Teng's previous paper, because it is published, and some places have jumped directly, but he still understands transparent and discloses, "This is an exciting research."

"The super-symptom problem has not stopped, but there has been no progress. The experimental observation does not seem to be stagnant, but it is very important."

"Zhao Wei demonstrated a new angle to understand microscopic particles."

"This is very can't afford, it is really worth it."

"In fact, before the paper published, he said with me to complete the super-right analysis, I was very excited, but after seeing this paper, I found that the excitement at the time is not enough!"

Finally, Edward - Witten said, "I believe that the boundary theory of the particles will be recognized by more people, and there will be more progress."

Edward - Witten Personal Views have great influence, with his academic influence, enough to cover Princeton High School.

The Princeton Higher Institute will react quickly, and they don't have a review to the super-symmetric argument, but announced the boundary theory of 'particles.

This announcement is extraordinary.

Just like Harvard University announced the acceptance of the string, it is equivalent to recognizing the string theory, followed by opening a related course in the university, and then accepting a few string theory young scholars.

Now the boundary theory of particles is recognized by the Princeton Higher Institute, "" From Today, the boundary theory of the particles is started today, the future will decide to hire the boundary theory of the particles, will also consider opening relevant courses in the university. "

This is the most direct recognition.

When foreign discussion is raised, the domestic response is also very rapid.

Although most scholars have not understood the 'super-symmetrical analysis' papers, colleges have begun to express their opinions, with Shuimu University, Capital University, and declared the boundary theory of' particles before and after the university.

Previously 'particles' boundary theory', just belonging to Zhao Wei's theory, announced that this theory is only an efficient in Yanhua University.

Other universities are watching, because there is no more scholars, mainly to study the boundary theory of particles.

It's different now.

Zhao Wei made a super-stronger analysis and argument based on the particle boundary theory, and it is equivalent to telling the world, "the boundary theory of particles has a major research prospect."

In the future, there will be more scholars, and participate in the research of the boundary theory of particles.

Time passed by one week.

Many scholars at home and abroad stood up and affirmed the 'super-symmetrical' analysis.

The Princeton Higher Institute announced that the influence of Edward - Witten, but the Princeton High School is only affirmed the boundary theory of the particles, and is analyzed for 'super-symmetrical' analysis, or hold opinions.

It's different now.

A large group of mathematicians, physicists, gathers together to discuss 'super-symmetric' analysis, they found that mathematics analysis in the paper is very classic, bringing new arguments in the perspective of energy, and they are not amazed.

When more mathematician, the Physician's affirmation, the Princeton Higher Institute will be open immediately, and the analysis of Zhao Wei's 'super-symmetrical' is affirmed.

This is a signal!

The Princeton High School is very influential, with their affirmation, but also said that the 'super-symmetrical analysis is no problem.

International academic circles are boiling.

Super-symmetry can be directly understood as a symmetrical problem of FaMzi and Banguari, but expanded has become the basis of theoretical physics. It has extraordinary charm, which can solve many theoretical physical issues.

For example, the famous level problem in the standard model of the particles, that is, why is there any difference between the electricity and the PLANCK energy mark in the electricity and PLANCK energy mark?

For example, a large amount of divergence in ordinary quantum field is eliminated in the contribution of the super-right partner in the super-right theory, and thus the supermark theory has a very superior reorganization property.

In addition, although the super-right theory has no experimental evidence, there is a "theoretical evidence" from the atrial theory.

The above is only a few properties and applications of super-symmetry. In fact, theoretical physics is now in the current frontier field of almost all physics, you can see the trace of the super-right concept.

If the theoretical physical field is described in 'Nature', it can describe the mechanics of Newton. Newton's mechanics is an elaboration of the role in nature, or summarizes the laws of natural laws, is also the most basic law. , The concept, the difference is that the super-symptom research has not progressed, it can be imagined, one day suddenly proves that Newton's mechanics is wrong, will definitely cause an academic super earthquake, and the reverse proof is true, existence, will make the theory Physical research is based on basic support.

After Zhao Wei's' super-symmetry 'analysis theory, "New Progress in Mathematics" magazine gives a high comment, and the study is an important step in the theoretical physical milestone'.

Other academy media, magazine also make comments immediately, "This is a very important, super-symmetrical analysis of the new perspective, also make theoretical physics new research direction ..."

"There is a unique perspective, perfect mathematical logic, research is pioneering ..."

The international recognition is given internationally, and the domestic situation can be imagined.

Domestic media has made a lot of related reports, and the content of the 'super-right question' is also popular in the content.

There are also a lot of discussions on the Internet.

People outside the academic circle, most of them don't know what is the significance of 'super-symmetry', just think is something that is very powerful, but does not affect the gossip enthusiasm for things, because the results are also Zhao Wei.

In recent years, major mathematics, physical achievements, seems to be in the name of Zhao Wei.

Zhao Wei once again caused public opinion hot discussion.