Reborn Technology Scholar

If someone else said that they could take out 100 billion in real money, the people present would just sneer and think that this person is crazy.

But this sentence was said by Qin Yuanqing, so no one would question it, because everyone knows that Qin Yuanqing controls a huge amount of wealth, with a personal wealth of more than 400 billion US dollars, and has been the richest man in China and the world for many consecutive years.

Qin Yuanqing does not owe a penny to the bank or have any liabilities. He can easily spend 100 billion yuan, because from 2009 to now, Qin Yuanqing's total charitable donations have exceeded 300 billion yuan in more than ten years.

And with Qin Yuanqing's influence, he didn't even have to pay a penny, he just needed to say something. Some entrepreneurs and businessmen waved banknotes, and it only took one day to raise 100 billion yuan, or even 300 billion yuan.

It's not impossible.

So the person in charge of the financial department could only smile and casually mentioned that the financial department was having a hard time, and then said that there was no problem with R&D expenses of 100 billion.

Just kidding, if Qin Yuanqing was really asked to spend 100 billion in research and development expenses alone, then he could jump off the roof of the building.

Everyone knows that Qin Yuanqing is the Wenquxing who descended to earth, and he is also the God of Wealth. He can easily create wealth. Look at the quantum computer. It is still a unique business of China. Even if it was not good like last year, banks and financial institutions are holding on with gritted teeth.

, but did not cancel the order for the quantum computer.

That would make China make a lot of money!

The meeting lasted for three days, and a consensus was quickly reached and the controllable nuclear fusion project proposal was approved. The next step was to wait for approval from superiors and at the same time make preparations for scientific research.

Qin Yuanqing did not waste time. He also began to study the Navier-Stokes equation. The Millennium Problem discussed the existence and smoothness of the ns equation, but Qin Yuanqing not only wanted to solve the existence and smoothness of the ns equation.

, he will also study the branch of plasma in the application of the ns equation, which plays an important role in solving the plasma problem of controllable nuclear fusion.

Of course, Qin Yuanqing is not alone. As the current head of Shuimu, Qin Yuanqing cannot mobilize too much power. Soon a mathematical team specializing in the study of ns equations was formed. This team will

Under the leadership of Qin Yuanqing, he solved the existence and smoothness of the ns equation and conducted research on the application of the ns equation.

Of course, Qin Yuanqing would not tell them that this was about controllable nuclear fusion. The less people knew about this, the better.

At the same time, Qin Yuanqing established more than a hundred related technology teams in Shuimu, such as the research and development of superconducting materials, such as the research and development of magnetic confinement, such as the research of some basic materials, etc.

Controlled nuclear fusion involves more than 2,000 technologies, covering all aspects, and Shuimu can undertake more than 100 of them.

Even in the research and development of anti-gravity technology, Mizuki will also be a top priority!

And not long after, the research topic of the 'Double Ring Space Station' became even more massive. It really required a nationwide effort from the beginning of research and development. The force that needed to be mobilized was more than ten times greater than the public relations of controllable nuclear fusion technology.

, and in the past ten years, various technologies will continue to be verified. China's aerospace activities will usher in an explosive growth. In the next ten years, China's aerospace activities will be ten times or twenty times the sum of the past twenty years.

!

"Academician Li, I suggest that your team turn to the direction of superconducting materials!" Qin Yuanqing approached Academician Li for the purpose of research on superconducting materials.

"Superconducting materials?" Academician Li frowned slightly and said: "But we are making carbon nanoparticles and have no research experience in metal materials... Principal, should you go to Lao Liu or Lao Yang?

"

Academician Li specializes in the field of carbon nanoparticles. He is a leader in the field of carbon nanoparticles in China and has achieved many results. He is a real boss in the field of carbon nanoparticles.

Leaders in a field like them all specialize in one field and rarely do cross-field research. After all, it is not easy to make a field better and stronger. Scholars like them know very well the principle of biting off more than they can chew.

After all, not everyone can be like Qin Yuanqing, who can span many fields and become the best among the best in every field.

Striving for excellence is what scientists pursue!

In Academician Li's view, superconducting materials are in the field of metal materials, and you should go to Academicians Liu and Yang, who are the big guys in metal materials.

"Academician Li has misunderstood. I have no intention of asking you to change direction. We are still making carbon nanomaterials!" Qin Yuanqing said with a smile.

If he thought that metal materials could be used as superconducting materials for controllable nuclear fusion devices, then he would not come to see Academician Li at all.

"According to my theoretical research, superconducting materials do not necessarily have to be found in metallic bonds. Under suitable conditions, things similar to 'Cooper pairs' can also be found in π bonds or large π bonds!" Qin Yuanqing said

.

Everyone has always had a misunderstanding, that is, superconducting materials are metallic materials. Only the metallic bonds in metallic materials can show the properties of zero resistance and repelling magnetic lines of force under certain low temperature conditions.

Based on this understanding, scientists have discovered that 28 elements and thousands of alloys and compounds can become superconductors, and most of them use metallic bonds.

Carbon nanomaterials are at the forefront of the development of nanotechnology, including 0-dimensional fullerene and quantum dots, 2-dimensional graphene and 3-dimensional nanodiamonds and nanohorns. With their unique physical and chemical properties, the

Similar materials have a wide range of applications, such as in biomedicine!

In recent years, everyone believes that carbon nanomaterials will be the leader in materials in the future.

However, regarding carbon nanomaterials, no one has studied superconductivity, which is also the result of misunderstandings.

Academician Li looked at Qin Yuanqing with some surprise. Solving the superconducting phenomenon from the perspective of carbon nanomaterials was a revolutionary idea.

In fact, it is not that no one has studied the superconductivity of carbon nanomaterials, such as graphene. Everyone has studied graphene and found that it has properties such as thinness, strength, electrical conductivity, and thermal conductivity. Therefore, it has high hopes from the industry. Many

Scientists have always believed that graphene has superconductivity, but so far they have not found a way to prove it.

Regarding research on the superconducting properties of graphene, there have been no impressive results so far.

However, Qin Yuanqing believes that graphene can be superconducting, because superconducting materials do not necessarily have to be found from metallic bonds, but can also be found from π bonds or large π bonds.

Qin Yuanqing can naturally study it himself, but he knows very well that superconducting materials are only a part of the controllable nuclear fusion project, not all of controllable nuclear fusion!

What he has to do is to coordinate and lead teams of different professions to solve each technology, rather than doing it alone. This kind of thing requires tens of thousands or more than 100,000 R&D personnel to invest, and it involves theoretical research.

,Application, theoretical research is one aspect, and applying the theory ,to produce finished products is another aspect.

Just like the relevant theories of nuclear weapons, basically all modern countries have mastered them, but only a few countries can build nuclear weapons.

What Qin Yuanqing personally wants to solve is the theoretical research of plasma, that is, the existence and smoothness of the ns equation, and the application of the ns equation.

Today's controllable nuclear fusion devices, whether they are tokamak or stellarator, essentially achieve controllable nuclear fusion through magnetic confinement. This idea is no problem, but Qin Yuanqing wants to develop a new device. In fact,

The essence has not changed, it is magnetic confinement! And we also face common problems, which are the three core elements, which are high temperature, high density and long-term confinement!

There are still many solutions to the former. The more common ones include laser ignition, heating the plasma itself by energizing it, and compressing the volume of the plasma to release heat... Of course, multiple solutions can also be used together.

However, it's the latter two that are really difficult - high density and long-term constraints.

Plasma is not a very peaceful thing. According to the formula of Reynolds number re=ρvd/μ, the high-density plasma bound by the electromagnetic field has a large Reynolds number. Any small disturbance will cause the entire plasma composed of

The system produces chaotic and irregular turbulence.

It is precisely because of the characteristics of plasma that stellarators have certain advantages in confining plasma and need to consider many less disturbance factors than tokamak devices.

However, even if many disturbing factors are reduced, it is still not easy to confine these restless plasmas in a small space.

These are things that are plaguing the current physics community and also plaguing researchers of controllable nuclear fusion.

But this does not bother Qin Yuanqing. With his research, the progress of related plasma confinement is advancing by leaps and bounds.

In just two months, Qin Yuanqing established a theoretical model. It can be said that once this theoretical model is made public, it will be a tsunami in the field of controllable nuclear fusion, and its significance will be far greater than that of the past half century.

The sum total of fusion research.

Why was the existence and smoothness of the NS equation selected as a Millennium Problem? Not only because it is very difficult, but also because its significance is of great significance. It is directly related to the theoretical research of plasma and has not been solved from a mathematical perspective.

, then it is impossible to talk about the turbulence phenomenon of viscous fluid in the NS equation, and it is impossible to talk about controllable nuclear fusion!

Why is it said that controllable nuclear fusion is forever? A very important reason is that no one has solved the existence and smoothness of the ns equation so far, and this problem has been solved at least until the turbulence phenomenon of viscous fluids in the ns equation has been solved.

It will take another ten or twenty years, and then to controllable nuclear fusion, it will take you fifty years.

But there is no shortage of surprises in this world, especially for those who are reborn with a system!

Qin Yuanqing was founded to study the existence and smoothness of the ns equation. It was more of a superficial deception to confuse some people, but in fact he had already solved it.