Rule department scholar

teaching, administration...

It takes too much time and energy to grasp the two aspects. He is not a professional in teaching or administration, otherwise what is the use of the system?

In addition, even if he intends to work in education, administration, etc., he can't think of a reason to agree, because the Particle Mathematics Research Center is only a platform to promote his own theory, and his own theory is the particle boundary theory, which is just a kind of physics. Theory, and theoretical physics is just a branch of mathematics. If you want to work in a mathematics research center, why not build a "mathematical science center" at the top university like Qiu Chengwen?

Mathematics is definitely much wider than theoretical physics, particle mathematics, and particle boundary theory.

The Mathematical Science Center covers a wider range, and it is easier to apply for more research funding and investment. As the leader of the Mathematical Science Center, the rights and development space will definitely be greater.

So, it doesn't make sense!

……

A group of people from the Faculty of Science, plus Director Du Defa from the Science and Technology Department, left the faculty dormitory together, but instead of disbanding directly, they returned to the office building of the Faculty of Science.

At the beginning, Du Defa felt weird about Zhao Yi's refusal, but after thinking about it slowly, he felt that he had found a way, so he whispered to Zhou Zhengbin and Zhou Li, "I just guessed it personally, I don't take it seriously, what do you say?" , Is it possible that Zhao Yi feels that the Particle Mathematics Research Center is too small?"

"Too small? What do you mean?" Zhou Zhengbin didn't react immediately.

"The scope of the study is too small."

Du Defa nodded and said, "Before I came here, I also learned that particle mathematics is theoretical physics, just a branch of mathematics, and Zhao Yi is good at not only particle mathematics, but also analytical number theory, and even complex mathematics."

Zhou Zhengbin and Zhou Li listened and nodded.

"So, the particle mathematics research center alone is still too small for Zhao Yi, and a comprehensive research center that integrates the research of many mathematical disciplines should be established."

Du Defa said regretfully and shook his head, "But such a mathematical center is not just for us to decide."

Du Defa only represents the research group of technology processing theory, and the rights in their hands are limited. It is very difficult to establish a comprehensive mathematics research center.

Approval is easy to say.

The most important thing is funding and policy support. The Science and Technology Department of the latter can support it. Coupled with the discussions between the university and the Ministry of Education, the policy problem is not big.

Funding is the big problem.

The reason why Mizuki University was able to establish a mathematical science center is because Mizuki University is the top university in China.

Top not only means attractiveness, but also means 'very rich', the university can invest part of it, and then apply for a little subsidy from the superior to scientific research institutions, which is almost enough.

Yanhua University is not a "rich" university. Because of the size of the school, the annual funding of domestic universities ranks No. 30 and counting backwards. It is the relationship between the School of Life Sciences and the School of Science alone. It can be said that there is no attraction.

Another aspect is talent.

Shuimu University and Capital University have the top young elites in China, especially at the undergraduate level, and the recruited talents include a group of people with the highest IQ in China.

Undergraduate supports master, master supports doctor.

Shuimu University and Capital University will never lack talents. They have established a mathematical science center, and the talents in the school are enough to support education and research in many branches of mathematics.

The source of students at Yanhua University must be inferior. In addition, the enrollment scale is much smaller. It is unrealistic to support the education and research of many branches of mathematics in the future. However, the development of a theoretical research center requires a steady stream of talents. The key is that they are all recruited from outside, and the considerations of cost and scientific research are not displayed.

So Du Defa could only shake his head.

Zhou Zhengbin felt that what Du Defa said was reasonable, so he immediately stopped worrying.

If Zhao Yi really felt that the particle mathematics research center was not large enough, he might decide to leave Yanhua University and go to another university with a larger scale and greater influence. Definitely will give support.

Zhou Li didn't seem to be worried at all, he shook his head and said, "Director Du, you may have misunderstood."

"Well, what do you say?" Du Defa and Zhou Zhengbin looked at Zhou Li together.

Zhou Lidao, "You still don't know much about Zhao Yi. Zhao Yi is not the kind of person who cares about power and status." He commented, "If you care about power and status, you can't concentrate on academics, and you can't possible to achieve what it is now.”

It is still acceptable for Zhao Yi to concentrate on academics. Du Defa and Zhou Zhengbin nodded together thinking.

Zhou Li continued, "It's actually very simple. Zhao Yi just wants to relax. Think about it, he has to do research on his own now, and he has a job at the Medical Research Institute. He is very busy. At his age, many young people He is still studying and having fun, so it is impossible to ask him to devote himself to his work, he feels that the work pressure is too much and he doesn’t want to add pressure to himself.”

"That makes sense!" Du Defa nodded.

"So that's the case." Zhou Zhengbin frowned suddenly, "But what about the Particle Mathematics Center?"

"It's very simple!"

Zhou Li smiled nonchalantly, "Isn't he working in the Faculty of Science? It's fine to be transferred to the Particle Mathematics Center as a professor normally, it's the same in the school."

"However, what do you say to the outside world?" Du Defa was worried about this point, "Academician Zhao doesn't care about particle mathematics, and others certainly can't."

Zhou Zhengbin immediately responded, "Zhao Yi is the 'first professor' of the center? He works in the research center. It doesn't seem to matter whether he is in charge of administration or not."

"Right."

Du Defa thought something was wrong, but couldn't find the problem.

Several people agreed.

Du Defa left the university with his assistant. On the way back, he carefully figured it out and analyzed it with his assistant, and immediately found out the problem.

First of all, the team in charge of the Science and Technology Department has not yet decided to build a particle mathematics center for Yanhua University. He just came here to consult Zhao Yi, and he still needs to evaluate it when he goes back.

In addition, Zhao Yi is not in charge of the particle mathematics center, which means finding someone else to take charge. Administration is also very important, and administration is directly related to personnel, education, and so on.

Now it is agreed that Zhao Yi will only serve as the 'first professor', but the 'first professor' is just an ordinary professor who is only in the offices of the institute and does not need to be involved in other things.

The Department of Science and Technology invested in the establishment of the Particle Mathematics Center in Yanhua University, with the purpose of expressing the attitude of "supporting the development of theoretical research", and also hoping that the Particle Mathematics Center can really develop.

If Zhao Yi doesn't preside over the work, can others do well?

No matter how Du Defa thought about it, he thought it was weird. Thinking carefully about his experiences in college, the attitudes of Zhou Zhengbin, Zhou Li, and Zhao Yi, he felt like he was being 'tricked'.

In the end, Du Defa could only smile wryly, and decided to report normally.

At least Zhao Yi said with certainty that the particle boundary theory has great research potential and is also recognized by the international mathematical physics community. He has no control over how to make the final decision.

……

Zhao Yi didn't take the matter of the "Particle Mathematics Research Center" seriously. He didn't even think about establishing a mathematics center in the past to be responsible for a large number of administrative and educational work.

That's too much trouble.

Others recognize the boundary theory of particles, and it is of course good to invest in it for research, provided that he does not have to do anything, let him develop an academic center and teach a group of researchers?

Do not make jokes!

The same amount of time and energy spent on research may produce a lot of results!

After calming down, Zhao Yi continued to focus on the research of the "mass-energy structure theory". The introduction of mass into the particle boundary theory created a more complete mass-energy structure, which was a huge improvement to the theory.

Now it is necessary to demonstrate the impact of introducing mass, including the impact on particle energy arrangement, and the very important concept of 'gravity'.

Why is there gravity?

There is a simple explanation in the "mass-energy structure theory", that is, the squeeze and repulsion of space triggers the emergence of "gravity". The larger the space occupied and the greater the mass, the stronger the gravitational force will naturally be.

The next thing to demonstrate is the nature of the mass.

The video communication with Edward Witten is still fruitful. Edward demonstrated the nature of mass in multidimensional space, while Zhao Yi demonstrated the nature of mass in three-dimensional space and the universe in which he lived. The mathematical framework he demonstrated shows that mass may be Addition to particle energy alignment 'stability'.

When the particles form an energy order in a certain range, they will fall into an unstable state of energy arrangement, or some particles will dissipate directly, or they will be supplemented by mass. The impact of the appearance of mass will make the energy arrangement stable again.

At the same time, the appearance of mass also brings other effects, including allowing particles to have mass itself, obtaining the gravitational force between mass and mass, and various other properties.

For example, electrons carry electricity.

When demonstrating the electromagnetic force in the future, this set of logic will definitely be used.

Zhao Yi thought about it and recorded it.

These ideas are not fantasies out of thin air, but are supported by a certain mathematical framework. Most of the frameworks are just frameworks, but the content of mathematical calculations allows ideas to be integrated into the entire theoretical system.

For other ideas, for example, mass is composed of energy in a strange form. Arguing against this point, it is found that it is completely unreasonable from a mathematical point of view, and even the demonstration process is enough to overthrow the boundary theory of particles.

……

In the process of continuous research on particle mathematics, Zhao Yi has also been paying attention to the research on the development of 2CV-Bing hydrogen molecular drugs in the Institute of Medicine.

this day.

Zhang Wei called Zhao Yi and explained a small anomaly she found, "There is an Escherichia coli in an experimental tank that has developed resistance to bacillus antibodies."

"Resistance against bacillus antibodies? What do you mean?" Zhao Yi frowned slightly after hearing this.

Zhang Wei explained, "Director Han Hui and Ai Lixin's research has found a staining method that can detect E. coli labeled with antibodies. We tested several experimental tanks and found that E. coli in one experimental tank , the proportion labeled by antibodies was significantly less."

"Professor Li Ming and I analyzed it, and both believed that it should be the fourth-generation flora, and some mutations occurred, making it resistant to antibody markers."

Zhao Yi immediately said, "Wait, I'll go and have a look."

Chapter 385 What can medicine research?

The last time Zhao Yi looked at the experiments of Li Ming and Zhang Wei, he decided to focus on the alienation reaction of E. coli, that is, to study the reaction between E. coli and antibodies, and the process of E. coli being digested by the immune system.

However, in the past month, the team's research has not made any progress.

On average, every one or two days, Zhao Yi will also go to the laboratory to look at the experiments and data. It is true that there is nothing new to discover, and his mentality is not bad.

Although it has been said that there has been no progress for a long time, most of the research is like this, let alone a month or two months. Similar research has not progressed for a year, and it is normal to be shelved in the end.

But the group still hopes for results.

One is that the prospect of drug development is indeed very good. It is a large project directly connected with pharmaceutical companies and involves many interests.

The second is also because of comparison.

The teams of Han Hui and Ai Lixin are researching on the replacement of the human immune environment, and have achieved one after another. They have simulated the human environment in experiments and reduced the cost of producing 2CV-Bing hydrogen molecules to about three times the original.

This achievement can be described as 'amazing'.

The pharmaceutical companies are very satisfied with the results of reducing the production cost of the experimental environment, because the same technology used in research and development will reduce a lot of investment in experimental funds.

If there is no way to mass-produce 2CV-Bing hydrogen molecules in a short period of time, reducing the cost of experimental production is also an alternative, but the price of the drug will be very high after it is launched.

In addition, the research and development centers of pharmaceutical companies have entered the stage of 'drug experimentation'.

They found ten AIDS patients and injected them with a certain amount of 2CV-Bing hydrogen molecules every week to observe the spread of HIV in their bodies.

If it is determined that the therapeutic effect of 2CV-Bing hydrogen molecule is very good, and it is impossible to find a method for mass production in the short term, then pharmaceutical companies may choose to produce 2CV-Bing hydrogen molecule drugs at high cost under experimental conditions.

This is also an option.

The 2CV-Bing hydrogen molecule is not a new substance, as long as a little information is released, it will be known to others, and the timeline of research and development will be lengthened, so confidentiality will be a major problem.

After making a comprehensive evaluation, reducing the experimental cost to produce, at least can complete the marketing of the drug, even if the price is very high, but the good effect is very attractive.

Therefore, the research conducted by Han Hui and Ai Lixin's group to reduce the simulated human test environment is still very meaningful.

The groups of Han Hui and Ai Lixin are better, they have achieved a lot, but Han Hui and Ai Lixin are not "big-mouthed" people, and they just talk about their results in normal meetings.

Dai Tianqing's group is different.

Dai Tianqing and Chen Zhigang's group is doing research on the immune response of bacilli in vertebrate mammals. They hope to find a small protein that replaces the 2CV-Bing hydrogen molecule, or hope to make other discoveries.

This is indeed a good idea.

2CV-Bing hydrogen molecules are small protein molecules produced by human immunity against bacilli, and other vertebrate mammals may also produce similar small protein molecules against senses.

Dai Tianqing's team soon discovered that they extracted a small protein molecule similar to 2CV-Bing hydrogen from the blood of a strong chimpanzee, but after testing, it was found that this small protein molecule was resistant to HIV almost no effect.

"Maybe it's because chimpanzees are inherently highly resistant to HIV."

Many people know that the results have come to a conclusion.

Although the significance of this discovery is not great, it still gives people hope. Dai Tianqing seemed to think that the research is promising, so he kept saying, "I think our team will make a big discovery soon."

"Zhao Yi, do you want to come to my group?"

"Old Ai, I think it's a mistake for you to follow that old woman Han Hui!"

"Zhang Wei, you were brought out by me, don't worry, I will definitely take care of you when we decide to study together in the future and when the paper is published."

"..."

Every time Zhao Yi saw Dai Tianqing, he had the urge to kick him in the face.

Zhang Wei was better, at least she was the one being taken care of, she just smiled quietly and politely expressed her thanks, but she must be very uncomfortable in her heart.

Li Ming...

As a person sitting in the corner and being ignored, he just thought about drawing blood from the people in Dai Tianqing's laboratory in the future, and the first injection would definitely be a hard prick on the nerve line.

Anyway, several people in Zhao Yi's team were very depressed.

So when Zhao Yi knew that the experiment had made new discoveries, he immediately put down his research work and came to the laboratory impatiently.

"here!"

"This is it, Experiment Tank No. [-]." Zhang Wei shouted through the glass window in a white coat.