I Have a Little Black Hole

After hearing this answer, Lei Tiantang patted the table happily and said, Okay!! Then I look forward to seeing your design, but I still have some requirements for your design.

What do you want the boss to say! Liu Helong said confidently, and everyone else wanted to see what the advanced design required.

That's it, I ask you to design these two supercolliders into three versions, to separate their functions.

The first version is what we are building on earth now. I won't say much about this related design standard. You must know better than me.

And the second version is when I asked you at the beginning of the meeting if you wanted to build a larger hadron collider in space, and I asked you to design a space version of the collider design and manufacturing plan as well.

The design of the collider in the cosmic environment and microgravity environment is definitely different from the one we use on the ground, and you should take this into consideration when designing.

Whether it can be built in space is not considered first. If our current technical level cannot reach the future, it does not mean that we will not reach it in the future. For example, if our anti-gravity laboratory can make a breakthrough, then we can even put it on the earth. Sections of manufactured colliders are directly sent to space by anti-gravity flight platforms!

Even we can carry out the construction work synchronously from our company's future moon factory. At that time, in space, you just want to build a super super collider that is 100 times larger than our company's current collider!

And the third version is the real goal that I came to find you today, that is, I asked you to design a collider specially used to prepare antimatter. It has no other complex experimental functions, but is a simple antimatter preparation machine.

Relatively speaking, this design is the simplest, so you can practice with this design first. When we want to build a collider in the future, I will choose to build this kind of collider first.

Because in addition to dark matter and dark energy that we have not yet had direct means to detect and experiment with, antimatter is the best energy we can think of. If our company has mastered the technology to manufacture antimatter on a large scale, then our company's spacecraft will have the most Mighty heart!

And it is the most solid foundation for us to truly become an interstellar civilization, because without powerful energy, our spacecraft will take at least tens of thousands of years to fly to Proxima Centauri. What about interstellar colonization!

And for this professional version of the antimatter manufacturing collider, I also ask you to design the first two modes, that is, one on the ground and one in space.

After all, we all know that if something like antimatter is leaked, it is still very, very dangerous.

So in the future, if we want to manufacture on earth on a large scale, there may be a lot of resistance.

However, it is not a big problem to carry out large-scale manufacturing in space. At that time, it will be a little farther away from the earth. Even if it blows up, it will not affect the earth.

These are the design requirements of these three versions, which means that you need to design a total of 6 design drawings, but fortunately, our company's design work has the participation of artificial intelligence, coupled with the use of 3D projection technology, I believe you can work well. No chirping like a traditional lab!

I'll stop here, is there anything I don't understand or can't solve? Say it and let's discuss it together!

Of course there are problems. Although it is said that technical problems and manufacturing problems are not considered, at least the design must conform to scientific laws, right? The things to be considered here are not simple at all, so the meeting room was caught in a heated discussion.

Everyone's brains were spinning at a high speed, they kept expressing their own ideas, and they also discussed other people's ideas, but none of them objected to Lei Tiantang's arrangement of so many design tasks for them at once, because they also There is no one who does not look forward to the arrival of the era of building a higher-level hadron collider!

Lei Tiantang brainstormed with them for more than 3 hours in the conference room. Everyone was so busy that they even forgot to eat lunch. It is conceivable how intense their discussions were.

It was not until the main design problems were roughly solved that everyone noticed that they were hungry. After having lunch with everyone in the company restaurant, which could be considered afternoon tea, Lei Tiantang went back satisfied.

After returning to the office [ ], Kuafu, who had been silently recording the entire meeting, couldn't wait to ask, Boss, are you planning to take a different path?

Lei Tiantang leaned back on his chair and said with a smile: What do you mean by not going the usual way? I just asked them to design a higher-level collider for us. What have you guessed?

Kuafu despised: You can get it, the third version of the collider you let them design today is the main purpose, right? Until there is no better way to collect antimatter, design and manufacture special antimatter. Preparing a collider is also a good solution to the problem.

I said that you want to go off the beaten path is based on the design of this version, because we were discussing this issue before we set off!

It is true that the company's current technology cannot manufacture such a collider with an energy level of 10,000 TEV, but after I have listened to the relevant design discussions, I cannot say that it can be manufactured 100% if I use the technology we have mastered to calculate it.

But as long as you want, boss, we can even build a super super collider with an energy level of 100,000 TEV immediately, am I right?

Hearing what he said, Lei Tiantang nodded with a smile: You're smart! I'm not the kind of stubborn person. I didn't use my abilities when we designed spaceships and other related research activities before. Cheating that's because I don't want to cut corners when laying the groundwork.

But now we collect antimatter, on the one hand, to be able to create antimatter weapons to contribute to the defense circle plan of the solar system, on the other hand, to carry out other application research work of antimatter faster, and many of our experiments need it.

So at this time, I am still willing to take a shortcut. After all, if I have this ability and I don't need it at this time, isn't it stupid!

So after they complete the design, if our current materials and other key technologies are not up to the standard, I don't mind directly synthesizing materials that meet the standards to complete this professional antimatter preparation collider. It is still very easy to do this with my ability. relaxing!

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