Vol 2 Chapter 1196: The scale of the maddening construction of the collider!

There is no need for special anti-radiation storage equipment, and there will certainly be a good reduction in the weight of the spacecraft. Those anti-radiation equipment are not light, and maintaining them is also very troublesome.
And because the use of helium 3 can provide more energy, the weight of the fuel that needs to be carried on the spacecraft will definitely be reduced, even if the amount of fuel carried is not reduced, it is the convenience and safety of carrying helium 3. The deuterium tritium explosion is over.
It's just that there are too many problems to be solved when using helium-3 as the fuel for nuclear fusion reactors. The ignition temperature of more than 1 billion degrees is a very difficult problem to solve.
How to ignite at such a high temperature? It is not a simple matter to increase the instantaneous temperature to this energy level, not to mention the huge energy required for ignition. Just to ignite the reactor may require a small first-generation nuclear fusion reactor to supply energy.
It is also a very difficult problem to safely restrain this ultra-high temperature, which requires the strength of the magnetic field inside the reactor, not to mention how to safely output the energy generated by the reactor.
There is no simple way to solve these problems. Each problem involves materials and theories that they have not mastered before. The slow progress of research and development can be understood.
Therefore, Lei Tiantang didn’t think there was a big problem with Kuafu’s spraying himself, because this pot really needed him to carry it, or if he hadn’t had to directly start studying the third-generation nuclear fusion reactor, their ship’ The Earth's spacecraft will not be towed until now there is no way to manufacture and test it.
Even so, he didn't think he would admit it, so he retorted with an unbelievable expression: "Please! Speak with conscience, OK? I have been solving related problems all this time, OK?
Take a look at how many new experiments we have added during this period? Which of these experiments was not designed by me myself? Didn’t we solve a material problem the day before yesterday? How can you say that I am not working hard enough? "
"You can get it! The key material problem was the breakthrough of the experiment designed 126 days and 13 hours ago until now. What does it have to do with your efforts in these two days?
If we follow our current research progress, maybe our spacecraft will not be able to make breakthrough progress within 5 years. If we hadn't had alternatives, I would definitely not agree with you! "Kaofu is obviously very disdainful of his own boss's statement.
"Hehe, then this alternative is not based on my ability. Why don't you say that the black technology system is better than my ability?
Is there any black technology system that can explode like me? The production and collection of anti-matter has never been a simple matter, let alone a large-scale production and collection.
If it weren't for my current ability, even if the entire planet went bankrupt, it would be impossible to create our current antimatter special colliders! "Lei Tiantang said triumphantly.
The alternative they said is to use antimatter as fuel. Compared with the research on third-generation nuclear fusion reactors, the progress of antimatter research is faster.
The reason is, of course, what Lei Tiantang called the "explosive soldiers". If we only use the antimatter special collider that the company has just built in the northwest for a long time to collect antimatter, the spacecraft "Earth" should be collected enough for a long distance Antimatter fuel for navigation may not be enough for a thousand years.
Although the energy level of the collider has increased to a certain extent, the increase is not particularly large, not to mention that the production of antimatter also requires a large amount of energy, so the company had to build a new nuclear power station there. Fusion reactor to provide energy for it.
Even so, the amount of antimatter produced by high-energy collisions alone is heartbreaking. The antimatter collider over there has been built for more than half a year, but the weight of antimatter collected so far has not exceeded 10 grams!
For these 10 grams of anti-matter, the company’s nuclear fusion reactor provides enough energy for the collider to be used in a medium-sized city for three years. The input and output are more desperate than you can imagine.
Therefore, it is obviously unrealistic to expect the Earth to build a large number of antimatter colliders to collect antimatter for spacecraft use. The company’s construction of this special antimatter collider in the Great Northwest cost more than 10 billion U.S. dollars. Needless to say the continuous investment required to use it.
The cost of the antimatter collected by the company that is less than 10 grams has exceeded 1 billion U.S. dollars. This is because the company has made a significant improvement in technology. Otherwise, 10 billion U.S. dollars would not be possible. At this point.
And to get the spacecraft "Earth" to go back and forth to the body of the small black hole~EbookFREE.me~Kilograms of antimatter must be required, right? So how many such antimatter special colliders are needed to collect 100 kg of antimatter in a short time?
It’s impossible for the entire earth’s resources to be used to build this kind of antimatter collider, not to mention that it’s impossible to do so. Using normal resources to build so many colliders is nothing but death. Money and resources are simply not worth mentioning for such a large investment.
But Lei Tiantang didn’t have to do it by himself. After completing the experiment of the antimatter special collider with 10,000 TEV energy level, he started researching the antimatter special collider with 100,000 TEV energy level without stopping. .
Copying a lot of homework, you can gain a little bit more or less, not to mention that for Lei Tiantang, who has a good brain, there is nothing incomprehensible to improve the energy level without major design changes, so it is very Soon he and Kuafu solved the related problems and developed the antimatter collider with an energy level of 100,000 TEV.
The next step is the key. After testing the safety and stability of this collider to meet the requirements, Lei Tiantang frantically produced 1,000 antimatter pairs of this energy level on the body of the small black hole. Crash!
Just to provide energy for these colliders, Lei Tiantang specially built 300 large-scale nuclear fusion reactors to network to provide them with stable energy support!
If it hadn’t been for his current control range had been expanded a lot, it would not be easy to put so many big guys under the control of the small black hole body. After all, their research projects on the small black hole body would be more than just This one.
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