Rule department scholar

The other party wanted him to change his point of view. After all, his point of view did have a great influence on high-level decision-making.

Zhao Yi finally shook his head, "I don't really want to participate in this issue. I still have reservations. Director Ni, let me tell you. I think that a new collider will be built sooner or later. It's just a matter of investment and time."

"Many people now demand to build the largest collider in order to reach the world's best level, attract more international scholars, and allow the country to have the first-class particle physics research level, but to build the largest collider requires There is too much investment, and CERN is also invested by many countries.”

"So, even if I agree, the higher-ups must seriously consider it instead of making a direct decision."

"Now, the time is too late!"

Zhao Yi explained seriously.

Ni Hongyu nodded when he heard it. He knew what Zhao Yi said was true. The main reason was that the amount of investment was too large. Even if scholars supported it, such a large amount of investment could not make a direct decision. It needed to be very cautious. consider.

In fact, the construction of the largest collider began to be discussed two years ago, and there is no accurate statement until now, and the superiors have not held a discussion meeting on it.

Probably……

Money is hard to come by!

In addition, we also look at the results of CERN, including the potential of some other research.

In fact, the consideration of building a collider in China is relatively complicated, involving not only the academic field, but also military industry and national defense technology, which must also be considered.

From the perspective of physics, the role of the collider is mainly reflected in the study of the reaction of particle collisions to study microphysics, so as to reveal the most essential mysteries of the universe.

Academic, mostly research.

However, if the collider itself can produce particle-particle collisions, it will definitely involve issues such as high-energy and high-intensity particle beams and nuclear physics. Some are considered to be the core of the "future military high-tech field".

For example, the high-energy particle cannon that many people know is to concentrate the particles and launch them in an instant, which can directly penetrate the target and cause strong lethality.

Of course.

At present, similar high-tech weapons only exist in experiments, because of technical difficulty, cost and other issues, it is impossible to promote them, but in any case, particle colliders will involve national defense, military and other issues, and there is no need to worry about domestic Not building a collider is really just a matter of time.

The current electron-positron collider laboratory must be very concerned about time, because some people can’t afford to wait at an age. Ten or 20 years, the past time has passed, and it is impossible to get it back , but this is true in any field. It is impossible to rely on external large-scale equipment for work and research, but to rely on one's own efforts to find the value of scientific research.

Zhao Yi and Ni Hongyu talked about the collider, and the topic turned to the research of the electron-positron collider laboratory.

He soon regretted it.

Although the performance of the Electron-Positron Collider is a little behind, it has accumulated nearly 20 years of high-end scientific research after all, and its background is unmatched by other physics institutions. The research of the laboratory has many branches.

One of these projects is the study of neutron generators, devices that emit beams of neutrons.

The neutron generator is the most cutting-edge research in the world. So far, there is no device in the world that can confine neutrons and let them travel far.

The research of the electron-positron collider laboratory has only just begun. They can only produce neutron sources. As can be seen in the computer analysis diagram, the neutrons emitted are like a light bulb.

Ni Hongyu said, "The characteristics of the neutron determine that it is difficult to restrain it. If it can be restrained, it will have a very wide range of uses."

"The country is concerned, and those medical manufacturers are also concerned. They hope to use neutron generators to manufacture cancer treatment equipment."

Zhao Yi has a lot of research on particles, so he immediately reacted and asked, "Neutron capture therapy?"

"Correct!"

Ni Hongyu continued, "Using the reaction principle of neutrons can effectively kill cancer cells, which is the most concerned application in the world."

They arrived at the door of the laboratory together.

Ni Hongyu took the 'anti-radiation suit' handed over by the staff, quickly put it on, and introduced it to Zhao Yi, "There is radiation in the laboratory, so it is safe to wear. Don't worry, there will be no problem wearing this. "

Only then did Zhao Yi know that he was going into a laboratory with radiation, and he took the radiation protection suit a little stiffly, wondering if he should find an excuse to run away?

Safety?

Is Radiation Energy 100% Safe?

But at this point, if you don't wear it, you must go in and have a look, otherwise it will spread that 'Zhao Yi dare not enter the radiation laboratory', afraid of death to such an extent, do you want to lose face?

The sky and the earth are big, and the face is the biggest!

Under the guidance of the staff, Zhao Yi bit the bullet and put on the anti-radiation suit, and went in with Ni Hongyu and several others. He just visited the laboratory equipment, and Ni Hongyu introduced the difficulties encountered in the research.

Zhao Yi followed in in a daze, and looked left and right at the equipment in the laboratory. There were several things wrapped in iron sheets, and nothing could be seen inside. The most impressive thing was a layer of glass, which was covered with After introducing 'the effect of radiation protection is very good', he stood behind the glass for a while.

After walking out, he took a long breath, feeling that he should not touch the collider too much.

This institution is too dangerous!

Ni Hongyu introduced everything to Zhao Yi, and then talked about the research problems of neutrons and the difficulties encountered in the early stage of research.

In fact, as long as there is research on high-energy physics, the basic principles of neutron generators are clear, and the introduction is just a normal academic exchange, and there is no disclosure of scientific research content.

Zhao Yi listened and said a few words, but later found that the conversation was meaningless.

There is only one difficulty in the manufacture of neutron generators: there is no way to control the direction of neutron scattering. As long as this difficulty is broken through, the principle is tantamount to being solved.

Everything else is a minor issue.

Zhao Yi found it very easy to communicate with Ni Hongyu. The other party was talking about neutron generators, but he knew what he was talking about, and the principles and properties were very clear.

On a whim, he used the "Contact Rate" to get a method of 'generating neutron beams'.

actually……

It worked!

[Using "Contact Rate" requires 53 energy points, do you want to use it? 】

【Yes! 】

Zhao Yi chose to use it without hesitation, and then frantically picked up the learning coins. After a moment of dizziness, an understandable method appeared in his mind.

He thought for a while and asked Ni Hongyu, "If a method of restraining neutrons is found, is it something that needs to be kept secret?"

"It should be." Ni Hongyu said after thinking, "Whether to keep it secret or not, we still need to make a special evaluation."

"What if someone else, such as a physicist, develops a way to control neutrons?" Zhao Yi asked tentatively.

"how is this possible……"

Ni Hongyu shook his head when he heard this, "I can count the people doing this research in China with one hand. Others don't have an experimental environment if they want to do research."

"What if it's just a theory?"

"theory?"

Ni Hongyu thought about it and said, "Theory, is it possible? If that happens, it can be reported, and then we can verify it."

"If the verification is passed, it is a feasible method, and the method will be evaluated, and there will be corresponding rewards, right? This is hard to say, and it also involves patent issues. We use this technology to manufacture equipment and promote it to the commercial level. , there will definitely be a certain patent fee.”

"On the other hand, if there is no commercial use, you just get some bonuses, but the undisclosed scientific research results will definitely be recorded on it."

Zhao Yi listened and nodded.

Some technologies related to national defense and military industry cannot be disclosed, and there will be certain rewards for the results, and there will be patents for commercial use, but they will also be kept at a high level of confidentiality, just like the figures he made for the satellite navigation project. It is impossible to disclose the theory of compression technology to the public, but it has also received several million project funds.

Now he knows what to do.

……

On the way back driving, Zhao Yi kept smiling at the corner of his mouth, and hummed a song softly.

Qian Hong felt very strange, and asked, "I'm in such a good mood? I've gained a lot?" She said to herself, "No, you didn't read those data..."

"You don't understand!"

Zhao Yidao, "Sometimes, a man's happiness is as simple as that."

"Are you driving?"

"Yup?"

Qian Hong found out that she asked a stupid question, because Zhao Yi was driving, so she took a deep breath, stopped talking and lowered her head to play with her mobile phone.

Zhao Yi continued humming.

When he returned to his new home in the faculty building, he was not in a hurry to put the copied materials into the computer, but immediately recorded the things in his mind on the manuscript paper, and then seriously wrote a technical paper.

"Research theory is too complicated, I'm still good at technology!"

Looking at the written technical paper, I sighed and said something, and then wrote an email seriously and sent it out.

Report it, done!

Now just wait for a reply and then pass on the technical paper.

Chapter 365 The God of Mathematics and Physics Reviews for You?

Zhao Yi completed the technical paper on the neutron generator, and after submitting it, he ignored it and started his own research—

A particle mathematical analysis of supersymmetry.

I have completed the energy discussion part of Fermatons and Bosons before, and the main content has actually been completed. What is still missing is the supplementary content, which is the initial stage of the formation of Fermatons and Bosons, and the obtained energy principle describe.

Regarding this part, Zhao Yi is considering further thinking about the reasons for the formation of particles. To put it bluntly, it is why photons, bosons, or other particles are formed in particle collisions or other reactions, instead of all of them being formed. What is the fundamental reason for the formation of different particles of the same kind of particles.

It is difficult to know the definite answer to this question in a short period of time. We can only make inferences based on the particle energy data model and actual experimental data, in other words, rely on 'reasonable imagination'.

Imagine, must be reasonable.

The first is to compare the completed mathematical model of particle energy, because the research is done on supersymmetry, and the main particles analyzed are Fermatons and bosons.

The other is to refer to the experimental data.

Zhao Yi carefully looked at the copied experimental data. The Electron-Positron Collider Laboratory is indeed very interesting. As long as the research results are not confidential, I copied a copy for him, because the specific data is very large. Ordinary computer It was impossible to install it, so he was given a temporary internal account and asked him to log in to the internal network to check it.

These data and analysis results are important references for research. The analysis results can be compared with the established particle energy structure to see where there are large deviations.

In addition, some data analysis results are also very meaningful, because the mathematical structure of particle energy is very complicated, and in some places it is necessary to formulate a threshold range.

For example, fix a coordinate point and analyze the basic energy range contained in it, which is between 130 and 2500 units.

This number is uncertain.

As long as it is between 130 and 2500 units, the overall mathematical framework can be established, and the reference experimental data can sometimes help narrow the range.

However, Zhao Yi did not do much fine-tuning of the model data. Unless the threshold range was found to be too large, he would appropriately reduce it. The main reason is that the particle energy theory was completed by him alone, and other people can also use it based on a large number of experimental results. , to correct and perfect it.

This is impossible to complete the work in one step, and the data of the electron-positron collider laboratory alone cannot support the theory in one step.

Now it's good to make the frame.

……

When Zhao Yi was concentrating on particle mathematics research, the superior department had already noticed the return email he sent, and the research marked on it was 'a new type of neutron generator principle'.

In fact, there are many similar reports. For example, a certain organization has developed a new navigation theory. I don’t know if it will be helpful to military-industrial technology. .

High-tech technologies in the field of national defense and military industry are generally developed internally, for example, by relevant national large-scale military enterprises, or by relevant national-level laboratories.

and many more.

Ordinary scholars have researched something, it is hard to say that it is really helpful to national defense and military industry.

Of course, the possibility still exists.

The superiors have relevant responsible departments, and after receiving reports from scholars, they will report by category.

When the staff saw the title of 'a new type of neutron generator technology', they immediately felt a little funny. The names of the reported technologies received on weekdays were 'navigation theory', 'information interception technology', ' "Newly discovered pathogenic bacteria" and the like, suddenly there is a "neutron generator", which is really eye-catching, but, "neutron generator"?

Is it the age of Star Wars now?

The staff thought it was very interesting, but it was still very complicated. He clicked on the email and looked at it, and his face became a lot more dignified, because the signature of the reported news was Zhao Yi.

"Zhao Yi?"

"That young super mathematician? It is said that he is doing AIDS research, why did he report a high-tech weapon technology?" He really couldn't figure it out, so he forwarded the news to the person in charge of high-tech military technology.

soon.

There was also a discussion at the upper level, "Neutron generator? What?"

"I don't know, is it similar to an electromagnetic gun?"

"A gun that fires neutrons? Should I ask the nuclear agency? Or the Institute of High Energy?"

The field of high-tech military industry has no direct relationship with high-energy physics, but it was almost possible to find the right department. Soon, the problem was faced by Ding Shouxian, the leader of the high-energy institute.

"Neutron generator?"

Of course Ding Shouxian knew about neutron generators. He personally approved related research projects, "Are we doing this research? It's confidential, and the level is not high. In theory, neutron generators can detect blasting devices, or nuclear- bomb, but the possibility is still too low. The first thing is to make a generator. It is best to make the neutron travel farther. It is best to reach more than tens of kilometers, but now it can only reach a few centimeters... "

He was a little embarrassed when he said it, but the fact is that an unconstrained neutron beam is like the internal force of martial arts fighters in martial arts. It will dissipate after being released from the body, which is far from the use of military industry.

Ding Shouxian continued, "So, in recent decades, it has been mainly for civilian use. For example, in the field of medical device manufacturing, medical companies at home and abroad all attach importance to new cancer therapies..."