Reborn Tech Scholar

Chapter 485 Preliminary Pass
If someone else said that 1000 billion real money could be spent, then the people present would just scoff and think that this person is crazy.

But Qin Yuanqing said this sentence, so no one will question it, because everyone knows that Qin Yuanqing has a huge amount of wealth, his personal wealth exceeds 4000 billion US dollars, and he has been the richest man in China and the richest man in the world for many years.

Qin Yuanqing didn't owe the bank a penny, and he didn't have a penny in debt. He could easily take out 1000 billion yuan, because from 2009 to now, the total amount of Qin Yuanqing's charitable donations has exceeded 3000 billion yuan in more than ten years.

Moreover, with Qin Yuanqing's influence, he doesn't even need to pay a penny himself, he only needs to let out a word, some entrepreneurs and businessmen wave banknotes, and it only takes one day to raise 1000 billion yuan of funds, even 3000 billion yuan is not impossible.

Therefore, the person in charge of the financial department can only sneer and casually talk about the difficult life of the financial department, and then say that there is no problem with the 1000 billion research and development expenses.

Just kidding, if Qin Yuanqing is really asked to pay 1000 billion R&D expenses alone, then he himself can jump off the roof of the building.

Everyone knows that Qin Yuanqing is the descendant of the Wenqu star, and he is also the god of wealth. He can easily create wealth. Look at the quantum computer, which is still an exclusive business in China. Even if it was not as good as last year, banks and financial institutions are gritted without refunding the quantum computer order.

That made Huaxia a lot of money!
The meeting was held for three days, and a consensus was quickly reached, and the proposal for the controllable nuclear fusion project was passed. The next step is to wait for the approval of the superior, and at the same time to carry out the preparation and preparation of scientific research.

And Qin Yuanqing didn't waste time, he also started to study the Navier-Stokes equation.The Millennium Problem discusses the existence and smoothness of NS equations, and Qin Yuanqing not only wants to solve the existence and smoothness of NS equations, but also studies the branch of plasma in the application of NS equations, which is very important for solving The plasma problem of controlled nuclear fusion plays an important role.

Of course, Qin Yuanqing is not alone. As the current head of Mizuki, Qin Yuanqing can mobilize too much power. Soon a mathematics team specializing in NS equations will be 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 is related to controllable nuclear fusion, and the less people know about this kind of thing, the better.

At the same time, Qin Yuanqing also set up more than [-] 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.

Controllable nuclear fusion involves more than 100 technologies, involving all aspects, and Mizuki can undertake more than [-] of them.

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

And not long after, the research topic of the 'Double Ring Space Station' will become even bigger. It really is the power of the whole country from the beginning of research and development, and the power that needs to be mobilized is more than ten times greater than the public relations of controllable nuclear fusion technology. , and this decade will continue to carry out various technical verifications, China's space activities will usher in an explosive growth, and China's space activities in the next ten years will be ten times or twenty times the sum of the past 20 years!
"Academician Li, I suggest that your team turn to the direction of superconducting materials!" Qin Yuanqing approached Academician Li for the research of superconducting materials.

"Superconducting materials?" Academician Li frowned slightly and said, "But we are in the field of carbon nanometers and have no research experience in metal materials, principal, should you go to Lao Liu or Lao Yang?"

Academician Li specializes in carbon nanometers. He is a leader in the field of carbon nanometers in China and has achieved many achievements. He is a real leader in the field of carbon nanometers.

Leaders in a field like them specialize in one field and seldom do cross-field research. After all, it is not easy to refine and strengthen a field. Scholars like them are very clear about the truth that they can’t eat too much. After all, not everyone can be like Qin Yuanqing, across many fields, and be a big boss in every field.

Excellence is what scientists are pursuing!
In Academician Li's view, superconducting materials belong to the field of metal materials, and academicians Liu and Academician Yang should be found, because they are the masters of metal materials.

"Academician Li misunderstood. I didn't mean to change your direction. We are still making carbon nanomaterials!" Qin Yuan smiled lightly.

If he felt 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 have to be found from metal bonds. Under suitable conditions, things similar to 'Cooper pairs' can also be found in π bonds or large π bonds!" Qin Yuanqing said .

For a long time, everyone has a misunderstanding, that is, superconducting materials belong to metal materials, and only the metal bonds in metal materials can show the properties of zero resistance and repelling magnetic force lines under certain low temperature conditions.

Based on such a cognition, scientists have discovered that 28 kinds of elements and thousands of alloys and compounds can become superconductors, and most of them use metal bonds.

Carbon nanomaterials are at the forefront of nanotechnology development, including 0-dimensional fullerenes and quantum dots, 1-dimensional carbon nanotubes (CNTs), 2-dimensional graphene, and 3-dimensional nanodiamonds and nanohorns.With unique physical and chemical properties, this type of material is widely used, such as in biomedicine!

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

However, with regard to carbon nanomaterials, everyone has not studied superconductivity, which is also the result of cognitive misunderstandings.

Academician Li looked at Qin Yuanqing with some surprise, and solved the superconducting phenomenon from the perspective of carbon nanomaterials, which is simply a subversive idea.

In fact, there is no research on the superconductivity of carbon nanomaterials, such as graphene. Everyone studies graphene and finds that it has properties such as lightness, toughness, electrical conductivity, and thermal conductivity, so it has high hopes from the industry.Many scientists have always believed that graphene has superconductivity, but so far no method has been found to confirm it.

Regarding the research on the superconductivity of graphene, so far there are no achievements.

However, Qin Yuanqing believes that graphene can have superconductivity, because superconducting materials are not necessarily found in metal bonds, but can also be found in π bonds or large π bonds.

Qin Yuanqing can also study it himself, but he is very clear that superconducting materials are only a part of the controllable nuclear fusion project, not the whole of controllable nuclear fusion!
What he has to do is overall planning, leading teams of different professions to solve each technology, rather than doing it alone. This kind of thing requires the investment of tens of thousands, more than 10 R&D personnel, and involves theoretical research. , application, theoretical research is one aspect, and the application of theory to produce finished products is another aspect.

Just like the relevant theories of nuclear weapons, basically modern countries have mastered them, but only a few countries can create 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 it is a tokamak or a stellarator, essentially achieve controllable nuclear fusion through magnetic confinement. This idea is no problem, and Qin Yuanqing wants to come up with new devices. The essence has not changed, that is, magnetic confinement!And they also have to face common problems, that is, the three core elements, that is, high temperature, high density, and long-term constraints!

There are still many solutions for the former. The more common ones are 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 is the latter two that are really difficult - high density and long time constraints.

Plasma is not a very safe thing. According to the formula Re=ρvd/μ of Reynolds number, the high-density plasma bound by the electromagnetic field has a relatively large Reynolds number. Any slight disturbance will make the whole plasma composed of plasma The system produces disordered and irregular turbulent flow.

It is precisely because of the characteristics of the plasma that the stellarator has certain advantages in confining the plasma. Compared with the tokamak device, many disturbance factors need to be considered less.

However, even without many disturbing factors, it is still not an easy task to confine these restless plasmas in a small space.

These are all puzzled by today's physics circles, and also by researchers of controllable nuclear fusion.

But this can't 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 far exceed that of the past half a century. The sum of fusion research.

Why the existence and smoothness of the NS equation was selected as the Millennium Problem was not only because of its great difficulty, but also because of its significance. It is directly related to the theoretical research of plasma, and has not been solved from a mathematical perspective. , then the turbulence phenomenon of viscous fluid in the NS equation is out of the question, and the controllable nuclear fusion is out of the question!

Why it is said that controllable nuclear fusion is forever 50 years, a very important reason is that no one has solved the existence and smoothness of the NS equation so far, and the solution of this problem to the turbulent flow phenomenon of the viscous fluid in the NS equation is at least It is more than ten or twenty years, and when it comes to controllable nuclear fusion, you will get 20 years.

But in this world, there is never a shortage of surprises, especially for the reborn who have a system!
Qin Yuanqing was established to study the existence and smoothness of the NS equation, which is more of a superficial delusion, which is used to confuse some people, but in fact he has already solved it.

(End of this chapter)