From University Lecturer to Chief Academician

"I really envy you, Brother Zhang."

"You envy me?"

"Luo Dayong bought a new house, and you can still feel envious in your heart. I have never experienced this kind of emotion."

"Wang Hao, did you say that on purpose?"

"yes."

"Why?"

"Comfort you."

"You call that consolation?"

"Isn't it? From another angle, I found a point that can make you feel superior."

...

Zhang Zhiqiang went home with sadness. He felt that he urgently needed to see Yanzi to comfort himself, otherwise he felt that his emotions were on the verge of collapse.

People are afraid of comparison.

The three men in the office of the complex building belonged to him at the very beginning, it is best to lock the title of associate professor in advance, but now even Luo Dayong is better than himself.

"No, there is another Sun Jian!"

"Although Sun Jian came later, he is still a member of the office..."

"He is not as good as me for the time being!"

Zhang Zhiqiang thought of Sun Jian on the way, and his mood suddenly became better.

Happy to be back!

the other side.

Wang Hao was indeed lamenting that he had lost the fun of ordinary people. He heard that Luo Dayong bought a house in Guangxian Mansion, and he didn't even feel envious at all.

He is still happy.

For example, when I think of a company that is about to be established, I have a small share of my own, and I very much look forward to the establishment and real development of the new company soon.

Just one point of shares doesn't sound like much. In comparison, if you take out some 'monopolistic' patents, you can even get 30% of the shares after getting investment.

But in reality, the situation is different.

One is because he is conducting research on a national-level project, and the theory developed in the middle cannot be sold for money. The research on superconducting materials is also a national-level project, which requires national permission and the cooperation of the experimental team. It's not the result of him alone.

Just the first point, in most cases, you can only get a bonus.

Second, the new enterprise is not the kind of small enterprise founded around a patent, but a large enterprise that is fully supported by the state and is destined to develop into a behemoth.

In such a huge state-owned holding company, it is almost impossible for individuals to obtain shares in the early stage, and only after the real listing will there be individual shares.

At the same time, even if a similar company goes public, it only splits a part of it, not all of it, and it doesn't make sense for an individual to get a part of the shares.

You can get a share of one point at the very beginning, and the meaning of the representative is naturally not as simple as the share ratio.

Thinking of the new company that will be established soon, Wang Hao is still looking forward to it. He also hopes to see mass production of new materials soon.

At that time, some new technologies and new applications will definitely be born.

Of course, it will take a long time for a new enterprise to be established, built, and then officially put into production and operation, so we can only look forward to it for the time being.

Wang Hao still focused on the work at hand.

He put a lot of energy into the work of the computing group, because the Science Foundation will definitely release a large number of projects related to the double-element argument, and the computing group will also benefit from it. They can get the science fund when they complete the double-element argument Financial support from the association.

This is tantamount to getting additional funds, and the scholars who participate in the work can get more subsidies.

Wang Hao still tried his best to fight for the treatment of the people in the calculation group.

At the same time, he also hoped that the calculation group could achieve results in the demonstration of the relationship between element groups, but after working together for a long time, he found that it was very difficult to achieve great results solely relying on calculation analysis.

This is mainly because the basis of computational analysis is semi-topological theory.

The semi-topological theory is already there, and the complexity of the calculation increases exponentially. Even if a series of calculations are completed, it may not be of much help to the research of superconducting materials, and at most it can only serve as an auxiliary effect.

"In a short period of time, it is impossible to go further in the research of superconducting materials, relying solely on the calculation and analysis of semi-topological theory and element groups."

Wang Hao came to this conclusion, and he also knew what direction to research.

One direction is to simplify semi-topological theory.

This work is not something he can accomplish. It requires the top algebraic geometry experts to simplify the geometric problems of semi-topological theory.

With an example of addition and formula, it can be easily understood.

Now I need to calculate the arithmetic sequence of '1, 2, 3, 4, 5...10000000', because I don't know the formula of the arithmetic sequence, I can only add them one by one slowly, the calculation speed is naturally extremely slow of.

If there is a mathematician who finds the law and sums up the summation formula of the arithmetic sequence, he will naturally be able to quickly calculate the result.

Wang Hao sighed and missed Birkar a little bit.

...

The annual admissions season is over.

There are many reports about the college entrance examination in public opinion, and Xihai University has become the focus this year.

The mathematics major of the Faculty of Science of Xihai University has been rated as an A+ level subject, and it has also attracted a lot of attention and has become one of the most popular majors.

Previously, some media predicted that Xihai University’s undergraduate admission line for mathematics majors may be promoted to the first echelon of domestic college admissions.

Now that the admission scores are determined, Xihai University's mathematics major admission scores are only lower than Capital University, Shuimu University, and Donggang University, ranking fourth.

It's pretty amazing.

A few years ago, Xihai University was only one of the "key universities", and only geology had a relatively high admission score, and most of the other majors just passed the key line.

"Xinhua Daily" reported on this and commented, "The Department of Mathematics of Xihai University is getting better and better. The improvement of the college entrance examination score line shows that the level of mathematics major of Xihai University has been recognized by most people."

The improvement of Xihai University's mathematics major is undoubtedly related to Wang Hao, but it is definitely impossible for Wang Hao alone. The promotion to A+ subjects depends on the research results and international influence in the field of mathematics, and on the other hand. It lies in the improvement of teaching staff.

In the past two years, many outstanding mathematicians have come to Xihai University, including Tian Hong, Paul Phil-Jones, Lin Bohan and so on.

In the first half of the year, Xihai University signed more than 20 experts in algebraic geometry at one go, which also allowed the university to catch up with the number one ranked Capital University in the direction of algebraic geometry.

With high achievements, good teachers, and the presence of world-class star scholar Wang Hao, it will naturally become the focus of attention.

In the discussion about the admission scores of the college entrance examination, a piece of news further boosted the enthusiasm of public opinion about the mathematics major of Xihai University.

Kachelle Birkar.

The Fields Medal winner who came to work in China is determined to join the Mathematics Department of Xihai University at the end of July and will work in the Mason Number Laboratory.

"Bilcar is actually going to Xihai University?"

"Hasn't he always been at Shuimu University? Why did he suddenly choose Xihai University..."

"It must be related to Wang Hao!"

"Birkar and Wang Hao have done research together, maybe they want to continue to cooperate with Wang Hao?"

"Shuimu University can't keep people!"

"Qiu Chengwen recruited Birkar to Shuimu University, but Birkar chose Xihai University..."

"..."

Mizuki University, Center for Mathematical Sciences.

Bill Carr and Qiu Chengwen walked together, feeling a lot of emotion in their hearts.

Before, he only considered going to Xihai University, but in the past two months, he made up his mind, because he found that his research had not made any progress, and at the same time, he missed the feeling of doing research with Wang Hao very much.

Bill Carr decided to go to Xihai University after careful consideration. He was not only in the country alone, he also had a wife and children. The educational environment in the capital must be relatively better, but after comprehensive consideration, he still decided to go to Xihai University.

He considered that he was less than fifty years old, and it would be really difficult to do research when he was older, just like the current Qiu Chengwen, who devoted himself entirely to education.

Bilkar knew that he would do the same sooner or later, but he never hoped to start now, because he had found a good direction, and hoped to continue to do research and produce results.

For a scholar, research results are the most important.

Birkar looked at Qiu Chengwen and sighed, "Mr. Qiu, I've made my decision."

"Why?" Qiu Chengwen saw Bill Carr, and thought that the other party would go to Xihai University, and felt his heart ache. "I still don't understand."

Bill Karl pursed his lips vigorously. Instead of talking about Wang Hao, he said, "I'm still young."

"I found a new direction in the study of semi-topology, which will be a major direction to promote the progress of human science and technology."

"Whether it is for technological development or for myself, this is very important."

Qiu Chengwen still didn't understand, "Then why didn't you stay?"

"I can't find inspiration here."

Birkar looked around and said, "I don't know why, maybe the environment here is so good, and when I was at Xihai University, I was very motivated to devote myself to research every day."

Qiu Chengwen was silent for a long time. After thinking carefully for a long time, he still couldn't understand Birkar's thinking logic. He also did theoretical research, so why couldn't he be at Shuimu University?

inspiration?

This answer is illusory.

But Qiu Chengwen knew that he couldn't convince Birkar, a scholar like Birkar, once he made a decision, it would be difficult to change his mind.

In the end Qiu Chengwen still nodded depressedly, "Bless you."

"Thanks."

Birkar showed a smile on his face, and said to Qiu Chengwen, "This is just my decision now, maybe I will come back in a few years or ten years later."

He said and walked out quickly.

Qiu Chengwen stopped in his tracks, and pulled the corners of his mouth forcefully, "Ten years later? I'm already in my seventies..."

...

Xihai University officially announced the news of Birka's upcoming arrival.

This also made Xihai University popular.

Xihai University has two Fields winners, and at least it has surpassed all other universities at the top level. Many people are talking about it. It seems that Xihai University has become the top university in mathematics all at once.

Actually, not so.

The development of a subject cannot be supported by one or two people.

In the past few years, Shuimu University has always had two Fields winners, but their mathematics major still has not surpassed Capital University.

The development of a university takes a long time, and the cultivation of talents is also accumulated slowly.

Wang Hao is looking forward to Birkar's arrival, which not only means that there are more experts in algebraic geometry, but more importantly, Birkar is engaged in the research of semi-topological simplification.

The Computation Group is doing the calculation and analysis of element combinations, which can be regarded as applied mathematics work based on semi-topological theory.

What Birkar did was the simplification of semi-topological theory, which can be said to be pure theoretical work.

Birkar's work is undoubtedly very important, and his arrival also represents a new direction, and other people can also do research in the same direction.

Wang Hao still attaches great importance to theory. Only by going further in theory can we bring more support to the application.

soon.

Wang Hao received another piece of good news before Bilkar arrived.

The establishment of the new enterprise has been finalized. More than a dozen large enterprises such as Aviation Industry Group, Shipbuilding Industry Group, and Western Energy Group have jointly invested 40 billion yuan to build and hold a certain shareholding ratio.

At the same time, the central government and Beijiang Province jointly allocated 20 billion yuan, which means a total of 60 billion yuan was invested in advance, and the company was located in Xihai City.

This news was released at the same time as it was confirmed, and it immediately attracted international attention.

Only the results announcement issued by the Ministry of Science and Technology has attracted the attention of the whole world, because there has been no follow-up news, and many people have questioned the results announcement.

Now it means that the news has been confirmed, and a new company has been established, and funds of up to 60 billion have been raised to build the new company.

There is no doubt that new ventures are built around superconducting materials.

A lot of media wanted to know new news, and some even went to the science and technology department to do interviews, but because of the issue of confidentiality, even the interviewing reporters in the past felt that it was impossible to have new news.

This time it was different from what they thought.

The spokesperson of the Ministry of Science and Technology accepted the interview, and also released pictures of the new materials, and explained the parameters in detail.

These include hardness, melting point, superconducting critical temperature, and more.

The Ministry of Science and Technology also publicly released pictures of the new material. The photo of the new material, which is silvery and somewhat dim, immediately attracted the attention of the whole world.

Soon an international superconducting expert expressed his opinion, "From the picture of the new material, the metal element content of this material is very high, which means that it can carry the current intensity, and its behavior is stable."

"Only from the analysis of color and behavior, it is a thin-film superconducting material that can be used in the industrial field, but the application of thin-film superconducting materials will also be limited."

"As for the critical temperature of superconductivity, it needs specific materials to verify..."

Most of the superconducting experts in the world question the superconducting critical temperature of new materials.

This is also customary.

Whenever there are major domestic achievements, there will be some voices of doubt abroad, but these voices have little influence because professional people are very clear that since the Ministry of Science and Technology has announced the parameters of new materials, they will definitely not falsify. What's more, they also decided to invest tens of billions of words into the establishment of new enterprises.

Then there were two big news about superconducting materials.

Both are applications related to superconducting technology.

The Ministry of Science and Technology has identified and demonstrated two major projects, one of which is the superconducting maglev train project.

The superconducting maglev train in the capital has been under continuous demonstration, and it has lasted for several years. In fact, this technology existed decades ago. Germany and Japan have invested in research. Later, because of the excessive funds involved, The technical difficulty is too great, and related projects have been abandoned.

Now the country has re-determined and demonstrated the superconducting maglev train project, naturally because of new materials.

With superconducting materials with a critical temperature exceeding 120k, the construction and maintenance costs of superconducting maglev trains will be greatly reduced.

Another project to be demonstrated is the superconducting power storage device.

This is also the largest application of new materials, and it can even be said to be a technological project that changes the logic of energy.

Both the superconducting maglev train project and the research on superconducting power storage devices need to be based on the manufacture of new materials.

So superconducting materials industry companies have received more attention.

...

Xihai University, Mason Lab.

Many people in the laboratory are also discussing new superconducting materials and technologies related to future applications.

But this didn't affect Wang Hao. He just got the news and looked forward to it a little, and he still went about his normal work and life.

Recently, he found that he was a little slack in the education of students.

Because he found that string theory 'seeped' in.

It certainly has something to do with Paul Phil Jones.

Now there are only three people in the laboratory studying the relationship between annihilation theory and quantum physics, one is Paul Phil-Jones, and the other is Helen and Chen Mengmeng.

The three of them usually communicate a lot, which leads to the gradual infiltration of string theory, and the infiltration process comes from the debate between Chen Mengmeng, Helen and Paul Phil-Jones.

Their philosophies are completely different.

Chen Mengmeng and Helen were greatly influenced by Wang Hao, and they believed that the theory of annihilation must be demonstrated on the basis of experiments.

However, in the process of studying the singularity problem of quantum physics, it is found that it is difficult to make a positive mathematical description of the role played by the annihilation force.

Paul Phil-Jones also discovered this problem, but he didn't want to describe it sideways, so he introduced a lot of mathematical logic of string theory to describe the effect of annihilation force on the singularity of quantum physics mathematically.

Regarding this issue, Chen Mengmeng, Helen and Paul Phil-Jones argued, but they were completely unable to convince each other, because they really had no way to describe it positively.

In the end, Chen Mengmeng and Helen went to ask Wang Hao together.

Wang Hao didn't pay much attention to it at first. He admired Paul Phil-Jones very much, because he thought he was inferior to Paul Phil-Jones in the mathematical problems of quantum physics.

Industry specializing in surgery.

Paul Phil-Jones is a top theoretical physicist who has been engaged in related mathematical research for a long time, so there is naturally no problem with his level.

Later, Wang Hao realized that something was wrong.

Because Chen Mengmeng and Helen talked about a lot of mathematical logic related to string theory, obviously they heard it from Paul Phil Jones.

This is not allowed!

If it is a normal discussion, of course there is no problem, but if the mathematical logic of string theory is used, and it is used to describe the theory of annihilation positively, there will definitely be problems.

At that time, wouldn't annihilation theory become string theory?

This is academic penetration!

"This guy, didn't he come to Xihai University just to 'infiltrate' the annihilation theory?"

Wang Hao felt that he had seen through Paul Phil-Jones. He decided to seriously study the singularity problem of quantum physics. After all, he could not let Paul Phil-Jones use string theory to describe annihilation theory for a long time.

At that time, many related research results will be released, and the annihilation theory will really become an incidental theory of string theory!

(November is here, ask for a guaranteed monthly pass)