Research starts with PhD students

Chapter 202 Physics has entered a new era!

After deciding to complete the research on nuclear force splitting, Zhang Shuo immediately established the corresponding tasks:

【Task 2】

[Research project name: Theoretical demonstration of nuclear force splitting of atomic nuclei (difficulty assessment: B). ]

【Progress: 40.631%.】

(The task can be canceled. Currently, the number of scientific research coins required to cancel the task is 0.)
(The remaining progress requires 300 scientific research coins.)
The difficulty of the research is still very high, and it is a Class B task that requires 500 points of scientific research.

This is even though there is a lot of foundation in place.

If we do relevant research at the very beginning, the tasks cannot be established at all, but the research foundation is already very solid, including the basic force relationship model, the strong force splitting theory of basic particles, and so on.

Under a certain direction, the initial argumentation speed is very fast, and some relevant inferences can be made based on the basic framework model.

After studying for a period of time, Zhang Shuo made a very interesting inference: the delayed expansion of the chaotic field force.

To be precise, it is the delay phenomenon of the chaotic field force caused by the conduction effect.

"When conducting experiments with particle beams, even if a strong split occurs, it is difficult to support a large-scale field force."

"The formations it creates are limited to an extremely narrow microscopic range, just like natural radioactive phenomena. Even if there is nuclear fission, it is impossible for it to explode."

"Once a solid substance enters the force range, the reaction will speed up and explode after a delay."

"So the field force must affect the physical matter. If it wants to explode, the particles must come into contact with the physical matter instead of being confined to the vacuum range."

"The speed of the delayed explosion depends on the density of the solid material. If it is in the air, the delayed effect may be more obvious..."

This is a theoretical inference, but it is basically consistent with the experimental results.

After having theoretical inferences, we start to prove the possibility of its existence. The demonstration is still very important, which involves the basis of experimental support as well as the safety and control issues of the experiment.

For the next period of time, Zhang Shuo stayed in the office and concentrated on his research.

He rarely does that anymore.

Most of the time, I either went to a physics experimental institution or an electromagnetic laboratory. If I stayed in the High Court, I would work in the Source Point Theory Research Office or the NS Equation Proof Office.

He would delegate most of the research work to others, while he would mainly provide guidance on the general direction and provide solutions when problems arose in the research.

This is the fastest way to do it.

After all, a person's energy is limited. Even if he devotes himself to work, he cannot match the efficiency of a team. As long as the team has the right direction, there is no need to worry about the speed of research and development, which is also amazing.

The two main research areas now are: one is the correlation model between electromagnetic force and gravity, and the other is the proof of infinite values ​​of the ns equation. There are teams working in both directions.

Research related to strong splitting is highly confidential, and it is not possible to allow other people to participate for the time being.

This is also a completely new direction of argumentation.

This new direction involves dangerous experiments and does not allow for any carelessness.

After spending some time, Zhang Shuo also came to some conclusions, such as identifying the delay problem.

In addition, through calculations, he determined the field force supported by the particle beam, so the maximum value of the energy released was more than five orders of magnitude different from the energy of the experimental explosion.

This means that the explosion is mainly caused by physical matter.

Although this conclusion was reached at the beginning, it is now a theoretical mathematical proof and it is still very important to confirm the conclusion.

At the same time, there is another conclusion: "The splitting of fundamental particles into quarks will affect the stability of the nuclei of conventional elements."

“The reverse is not necessarily true.”

"So the demand for strong internal splitting of elementary particles (protons and neutrons) is higher, while the demand for reasonable splitting of atomic nuclei is much lower..."

"From the data, the experiment can be carried out. For example, we can use some technology to knock out the particles under strong magnetic interference control? Let them react in the air and then observe what happens."

"But further research is needed to perfect the theory..."

……

When Zhang Shuo devoted himself to new research, the Institute of High Energy Physics announced a very shocking news.

Through deviation analysis of large-scale particle collision experiments, they determined the existence of unknown physical phenomena in the experiments and increased the possibility of new physical discoveries to five sigma.

In other words, the unknown physics has been identified.

At the same time, they also published another study, which determined that the unknown physical phenomena existing in particle collision experiments are consistent with the unknown phenomena in the strong electromagnetic interference hyperon decay experiment conducted by the CP group.

This phenomenon is also named 'chaos field'.

"We identified this phenomenon through extensive data analysis."

"The two experiments are actually the same phenomenon. The Cp group's strong magnetic interference superdecay experiment phenomenon is more clear and can be discovered through data analysis."

"In particle collision experiments, the discovery process is more complicated, but because there are many parameters involved, the research characteristics can be greatly increased."

When Wu Jianning was interviewed, he explained the research findings with great enthusiasm.

In fact, as early as half a year ago, the international physics community had accepted this conclusion, and many scholars had already begun to study unknown physical phenomena in advance.

There are also many scholars who are studying Zhang Shuo's energy force field gauge theory, hoping to make a breakthrough in theoretical physics.

The international physics community has already accepted it in advance, but identifying the unknown phenomenon is of great significance.

It's like the Higgs particle.

Before the discovery of the Higgs boson, almost all theoretical physicists believed that the Higgs boson existed because all relevant theories within the standard model of particles supported the existence of the Higgs boson.

If the Higgs boson did not exist, the underlying foundations of the Standard Model of particles would become a joke, and a large number of physicists' research would be proven wrong.

That is an unacceptable outcome.

Of course, academia does not affect the real world, but when all theories support the existence of a substance, the possibility of its existence is very high. When it is actually discovered, it will still make people feel very excited.

The same is true for unknown physical phenomena.

There have been many "previews" of unknown physical phenomena, and the international physics community believes that it exists. The actual confirmation of the discovery also makes the physics community excited.

It represents far more than just an unknown phenomenon; it represents a completely new direction of physics that has opened the door to the world of physics.

After the chaotic force field phenomenon was confirmed, many people also talked about their research contributions.

The first contributor is undoubtedly Zhang Shuo. It was he who developed the large-scale experimental deviation analysis algorithm, and it was his theory that supported the CP group's strong magnetic interferometry super decay experiment.

The chaotic force field phenomenon is inseparable from Zhang Shuo's name.

Other discoverers of the phenomenon include Kevin Cui and Hexing Bao, researchers who put their names to the chaos force field phenomenon.

At the same time, related theoretical research has also been sought after.

The theoretical basis of the strong magnetic interference hyperon decay experiment is the basic force relationship model, and the determination of the chaotic force field phenomenon also represents the correctness of the theory to a certain extent.

Another research that is considered more important is the energy force field gauge theory.

"The confirmation of the chaotic force field phenomenon means that the energy force field standard theory is correct."

“This theory is extremely important.”

"It's like Yang-Mills gauge field theory, which can serve as the basis for many theories."

"Studying the energy-position gauge theory, especially its equations, can infer many microscopic mechanical phenomena in particle collision experiments."

Professor Blount-Robinson, a famous French theoretical physicist and director of the Nuclear Organization, said, "Until now, we don't actually understand the strong and weak forces. We have only given definitions and discovered some phenomena."

"The specific relationship between the four forces is the main direction of physics research."

"Energy force field gauge theory is a brand-new theory dominated by fundamental forces. Zhang Shuo's other theory, the fundamental force relationship model, is a more direct theory dominated by fundamental forces." "Previously, most of the theories in the world were dominated by matter or energy, and there is an essential difference between them."

"From this perspective, we have not made any progress in unifying the four forces for a long time, probably because the original theory was dominated by energy and matter..."

Blount Robinson expressed his own views. From his words, we can hear that he highly respects Zhang Shuo's theory, especially the last sentence, he almost said "the new theory can unify the four forces".

That is the ultimate pursuit of the physics community.

The energy force field gauge theory and the fundamental force relationship model (source point theory) have become the focus of discussion in the international physics community.

The latter is a derivative of the former, or it can be said to be a theory labeled by Zhang Shuo. Naturally, it does not receive as much attention as the former.

The energy force field gauge theory has been sought after by a large number of physicists.

Many people have affirmed the importance of energy field theory and put it on a par with the Yang-Mills equations.

A very famous scholar even said, "From today on, physics has entered a new era!"

This is not just one person’s opinion.

Many scholars who focus on theoretical physics research hold this view. After the "chaotic force field phenomenon" is identified and in-depth research is conducted on the energy force field specification theory, many results can be derived based on this.

These results will explain the laws of the universe from the perspective of fundamental forces.

Then the research will definitely lead to many new discoveries and may also lead to great progress in physics.

Subsequently, it will affect the development of science and technology.

Physics has entered a new era, and the ones who opened the new era are naturally Zhang Shuo and the Institute of High Energy Physics.

The Institute of High Energy Physics has become an internationally popular scientific research institution. The CP Group, the Computing Center, and the Physics Center have continuously published papers in top international journals.

Many relevant scholars have also been interviewed frequently and appeared in the perspective of public opinion.

For example, Wu Jianning and Cao Mengbo.

They have been interviewed the most times and frequently appeared in reports produced by First Media.

Yu Fei also gave several interviews.

Others who appeared on the screen were Kevin Cui and Bao Hexing. They were originally just researchers at the Computing Center, but because they "left their name" in the chaotic force field phenomenon, many people even thought that they might win the Nobel Prize in Physics.

Kevin Cui and Bao Hexing were obviously very excited. They didn't know whether they would win the Nobel Prize in Physics, but at least they could look forward to it.

Being able to look forward to it naturally means that there is a chance. Having a chance means you are already better than 99.99% of scholars.

Not to mention winning the award, even just being nominated can be considered a huge honor.

After all, they are computer scientists.

……

After the Institute of High Energy Physics released a series of results, Zhang Shuo naturally received the most attention.

His contribution to the research was confirmed, his theories were sought after by the international physics community, and related research was frequently reported by the media.

Before, most people’s impression of Zhang Shuo was that he was a top mathematician.

Now he has the title of a top physicist.

This is certain.

The energy force field gauge theory has been compared with the Yang-Mills gauge field theory, and its future impact is bound to be profound.

Zhang Shuo's research can be said to have pointed out the direction for physics.

There are also many people who pay attention to the source point theory.

There are many professors in Soochow University who are considering conducting research in the direction of basic force relationship models, and some of them have even applied to join the Source Point Theory Research Office.

Unfortunately, Zhang Shuo has no plans to recruit anyone.

The Origin Point Theory Research Office does not have to worry about talent at all. Even before the Institute of High Energy Physics announced the news, many people were vying to join.

Just one thing is that they have sufficient funds.

Tan Youming, or the High Court, actually intends to expand the Source Point Theory Research Office.

Zhang Shuo said, "The office is not hiring for the time being. I have enough staff for my project."

“If you are interested in experiments, you can join the electromagnetics laboratory and participate in experimental research.”

"Theoretical direction does not require so many people."

He leads his team to do theoretical research, and he can personally point out the direction of the research, so there is no need to expand the staff.

If it is a large theoretical research institution with several teams engaged in research in different directions, it would make more sense to expand the staff.

In fact, Sudong University has already started considering it.

After Zhang Shuo won the Fields Medal, Soochow University considered building a mathematics center around Zhang Shuo, but Zhang Shuo preferred to build a theoretical physics research center.

The latter can only be discussed for the time being. After all, Zhang Shuo won the Fields Prize, not the Nobel Prize in Physics.

It's different now.

After the chaotic force field phenomenon was confirmed, Zhang Shuo has had a great influence in the field of physics. Based on his achievements, he will definitely win the Nobel Prize in Physics in the future. It is just a matter of time.

It now seems feasible to build a theoretical physics research center around him.

Another important consideration is that Zhang Shuo’s research has received full support from the Science and Technology Department, that is, the leadership.

The Science and Technology Department directly approved a theoretical verification project with a funding of over 100 million yuan.

The higher authorities were very optimistic about Zhang Shuo's theory, and Soochow University and Nanjiang Province were also optimistic about the theory. It seemed natural to build a theoretical physics center around it.

……

There are a lot of reports and public opinions, and the impact is huge.

In fact, Zhang Shuo still lives and works normally. He focuses his main energy on theoretical research and is also very concerned about other work.

For example, the Chinese Congress of Mathematicians.

Preparations are already underway for the Chinese Congress of Mathematicians, and Zhang Shuo has already agreed to let Qiu Chengwen attend the conference.

Tan Youming would also attend, so he asked Zhang Shuo if he was prepared.

Zhang Shuo nodded unexpectedly and said, "I had already thought about it when Academician Qiu invited me last year."

"is it?"

Tan Youming listened with interest.

Zhang Shuo continued, "We have been researching the Ns equation. At the current pace, we should be able to complete the demonstration before the conference begins."

"——??"

Tan Youming frowned, his face full of confusion.

That is the proof of the infinite values ​​of the ns equation, which is one of the seven millennium mathematical conjectures. How can we be sure that it can be completed before the conference begins?
"Is the argument complete?"

"I haven't heard of it. If there is such a thing, Luo Yongjun will definitely tell everyone..."

"Zhang Shuo is so confident?"

Tan Youming thought about it for a long time but still couldn't figure it out, so he simply went to the first floor and said, "Let's go ask Luo Yongjun!"

(End of this chapter)