God-level choice: choose the full score of the college entrance examination at the beginning Chapter 314 Feasibility Analysis Report on Controlled Nuclear Fusion
Chapter 314 Feasibility Analysis Report on Controlled Nuclear Fusion
A strange look flashed across Li Yan's face, but he couldn't say anything about this kind of thing.
He just turned around and walked towards the door.
Cheng Hao quickly followed.
Soon, Cheng Hao got into a red flag car driven by Li Yan.
The red flag car left Ziyu Villa and soon drove into the Elder's House. Outside a very secret meeting place, it was stopped by some guards with loaded guns.
After Cheng Hao showed his ID, the guard let Cheng Hao in alone.
Soon, Cheng Hao walked into a venue. The venue was not very big and could accommodate about twenty or thirty people, forming a huge round table.
He was actually the first person to walk into the venue, which surprised Cheng Hao.
However, these tables already had their names on them, and Cheng Hao easily found his own name on the table.
After sitting down directly, Cheng Hao observed the venue in front of him with some curiosity.
It was a very simple venue, and it didn't look much different from some venues in high schools and universities. It had a long oval table, and the room was quite large. There were new media and blackboards at both ends.
It should be to facilitate these people to demonstrate!
Thinking of this, Cheng Hao's face looked slightly strange.
It seems that I haven’t done any preparation work... Many big shots probably have done a lot of preparation work at this feasibility analysis report meeting on controllable nuclear fusion. They should...
And this...
Forehead……
Cheng Hao had an embarrassed look on his face.
But soon, the embarrassment on Cheng Hao's face subsided slightly. Although he had not done any preparations, it did not mean that he really did not understand controllable nuclear fusion.
After all, he also engaged in high-energy physics for a period of time.
Controlled nuclear fusion has always been one of the most popular research directions in the field of high-energy physics, and Cheng Hao naturally learned about it specifically.
This meeting is about the debate on the road to controllable nuclear fusion.
It should be that the current Tokamak project has encountered certain obstacles. Although it has been producing results, the inner wall of the Tokamak project was burned through last time, which caused the country to have certain doubts about this.
In fact, it is a discussion of two engineering routes, but more likely a discussion of the technical route for the subsequent development of the Tokamak project.
Because there is very little research on stellarators in China, the most important ones are focused on tokamak.
Thinking of this, Cheng Hao showed a trace of hesitation in his eyes.
To be honest, Cheng Hao actually understands the pros and cons of the two very clearly. In his eyes, he is actually quite optimistic about the star-simulating device.
But there is no way, he is not a decision-maker in this area, and China itself has already reached the forefront of the world in the technical route of tokamak.
If he has to change his route at this time, even if he is a decision-maker, he may not dare to openly sing the opposite tune with so many people at this time.
Therefore, Cheng Hao defines himself as someone who comes to make soy sauce and can at most provide some suggestions on high-temperature-resistant materials. After all, his qualifications are still too young.
Although CERN has experienced the discovery of antimatter particles that shocked the world, the most popular direction in the world of high-energy physics now is to study the antimatter particles that it discovered.
But even so, I don't have any research on nuclear fusion.
It’s strange that they would listen to someone with such junior qualifications!
Of course, Cheng Hao is only slightly optimistic about the star-simulating device in certain directions, but Cheng Hao has never made a feasibility determination in this area.
However, now that no one is here and I have nothing to do, why not take a look?
There was a hint of hesitation in Cheng Hao's eyes.
Forget it, let’s take a look first!
Cheng Hao used his mobile phone to log in to several domestic and foreign paper websites, and briefly browsed the comparison of the advantages and disadvantages between tokamak and stellarator.
Soon, Cheng Hao discovered that something was wrong.
Because he found that the stellarator is obviously much better than the tokamak in many aspects, including data and performance.
But without exception, all countries basically chose tokamak in the end.
Only Germany still has the most advanced stellarator wandelsteinx-7.
The most significant difference between a stellarator and a tokamak is that the tokamak's annular spiral magnetic cage requires plasma current to generate, while the stellarator does not and directly generates a twisted annular magnetic cage through an external coil.
As far as magnetic confinement is concerned, stellarators have far better results than tokamak in many aspects, including actual commercialization and reactor construction.
However, similarly, the stellarator has a fatal weakness, which makes almost all countries except Germany pay attention to the stellarator.
That's engineering difficulty...
The stellarator transfers the difficulty of plasma current control to the difficulty of three-dimensional magnetic field design and coil processing and installation, and directly uses complex external coils to create a closed, twisted annular magnetic cage internally.
This engineering difficulty is simply overloaded, and the difficulty can be said to be extremely high.
If you want to take this path, the initial difficulty will be much higher than that of a tokamak, and subsequent difficulty upgrades will be even harder.
After reading some data, Cheng Hao was thoughtful.
No wonder, even in the whole world, the development of tokamak is the most common because it is the lowest difficulty!
Just when Cheng Hao was thinking about it.
At this time, the first person finally walked into the conference room.
Cheng Hao was awakened by the sound of footsteps and suddenly looked up to see Academician Wang who had already walked to the door.
"Academician Zhang!"
Cheng Hao stood up and looked at Academician Zhang at the door.
The person who came was surprisingly the director of the Institute of High Energy Physics where Cheng Hao went, Academician Zhang.
When Academician Zhang saw Cheng Hao, he was stunned for a moment, but he still walked towards Cheng Hao with a smile on his face.
"We meet again, Professor Cheng!"
As he said that, Academician Zhang looked at Cheng Hao with eyes full of emotion.
He really didn't expect that the talented student back then would grow to where he is now at such a fast speed!
For high-level meetings like this at the ministry level, generally only academician-level scientists or scientists who are extremely famous in their profession and have a very high status are likely to receive invitations.
As for Cheng Hao...it seems that he does have the qualifications!
After all, the discovery of high-energy antimatter particles was enough to make Cheng Hao a top player in the field of high-energy physics research, even in the entire global physics community!
It is no exaggeration to say that this achievement of Cheng Hao alone is enough to become an unbridgeable gap for the Nobel Prize in Physics! In any case, Cheng Hao, as a candidate for the Nobel Prize in Physics, will definitely not be able to escape. !
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