I Have a Little Black Hole

But this large component can almost be regarded as a small spacecraft, and its self-sustaining time can be long. Such a component can even allow astronauts to find a supply point or return home without support.

However, it is still unknown whether such a design can work. There are still many problems to be solved. If any problem is not solved, neither Kuafu nor Lei Tiantang will really design the spacecraft like this. Now it's just an initial test.

Boss, when designing, you still said that you should consider it from a practical point of view, not from a good-looking point of view. Now you say that these designs are ugly and interesting?

Your original words are 'Anyway, this is our first round of technical verification experiments, and no one can see it when thrown to the small black hole body, so it doesn't matter if they are ugly or not, not to mention that they are not going to be violent in the end. The tests are destroyed, so we don't have to think about their appearance'! Kuafu rolled his eyes and complained loudly.

Huh? Did I say so?

Cut! Do you want me to play the record of when we were discussing the design? Kuafu saw that his boss was still stubborn, so he was ready to make a bigger move.

Father, it's inappropriate for you to do this!

Forget it, let's start the experiment! Lei Tiantang conceded defeat.

Understood! After I start up, you can quickly put them into the universe, and the test situation over there will be handed over to the test program we set and my clone program over there. Boss, you are here. Just keep an eye on the test.

According to our plan, the test data will be recovered every 10 minutes in the early stage. After the initial test plan is completed, the data recovery time of the detector will be the same, and the data will be recovered every 24 hours!

When Kuafu saw his boss admit defeat, he didn't continue to fight him, and he began to put his mind on the experiment. He started the systems on the six spaceships while talking, and made preparations before departure. .

Although he has done several ignition tests of the power system and simulated tests of other systems, the last inspection must be done.

I don't know when we will be able to shrink our nuclear fusion reactor to the size that can fit on a spacecraft, and now we use this kind of nuclear fission reactor that we use on nuclear submarines to power spacecraft, just like Boss, what you said is really too low!

It is very troublesome to ignite every time, and the energy provided is very small. It is barely enough to install 2 reactors on each spacecraft to generate electricity, and the power that can be provided to the ion engine is also difficult to satisfy! Kwafu complained while testing.

Then what can be done! We have handed over the relevant technology of nuclear fusion reactors to the company and the country for research for so long, and the breakthroughs we have made so far are very poor. God knows when we will achieve a decisive breakthrough!

But even if it is a breakthrough, it is not a simple matter to use a nuclear fusion reactor as the energy source of a spacecraft in a short period of time. There are too many technical difficulties to be solved here!

Otherwise, why are we so generous to spread this technology out? We don’t expect to gather the strength of the world to make breakthroughs in research and development. I don’t believe that we have built so many nuclear fusion reactor power stations in so many countries around the world. , these countries will not care about this technology!

Anyway, you are watching, no matter which country has made a breakthrough, let's go and learn it when the time comes. After all, their technology is also borrowed from us!

But even if we wait until we can install a nuclear fusion reactor on a spacecraft as an energy source, such a spacecraft can only operate in a few neighboring galaxies around the solar system at most, because our design really uses deuterium-tritium fusion. The amount of energy that a nuclear fusion reactor can provide is still too low.

At most, it is several times higher than the nuclear fission reactor we are using now. Such energy is still not enough for the spacecraft to conduct long-term interstellar voyages.

Unless we can upgrade our nuclear fusion reactor to use helium 3 as fuel, we can explore the cantilever of the Milky Way where our earth is located. Of course, the reactor I am talking about is the ultimate nuclear fusion reaction that uses helium 3 and helium 3 completely. Fusion reactions using deuterium and helium 3 can only be regarded as the second generation of nuclear fusion reactor technology.

But now I think that there is no use for those who don't have it. Anyway, we are only doing technical verification experiments this time. It's not a big problem with the energy source, as long as the spacecraft can be moved. Lei Tiantang said with a smile.

Kuafu also nodded in approval of this statement, which is also true. Anyway, the performance of the ion engine they designed has not achieved a qualitative improvement, but compared with the deep space laboratory, the thrust has been increased by less than 3 times. , the use of nuclear fission reactors as energy sources is also sufficient to provide them with energy.

Boss, which one of our three spaceship designs do you think will perform best in the end? The inspection takes a certain amount of time, so Kuafu continued to chat.

Hearing Kuafu asking this question, Lei Tiantang frowned and thought for a while before answering: I think the design that relies on rotation to obtain gravity must be the worst, and this can be seen from our simulation experiments. see it.

We designed it mainly to verify whether the design of using rotation to obtain gravity is reliable or not. After all, so far, human beings have not really developed this type of spacecraft for long-distance voyages. The design is probably doable.

If we have made breakthroughs in the research and development of gravity technology and anti-gravity technology, such a design will definitely be eliminated immediately. After all, the spacecraft of this design is the most fragile in terms of structural strength. Definitely not suitable for intergalactic voyages.

At most, we use this design when we fly in the solar system in the early days. For example, our Mars space station can only use this design, otherwise our astronauts will follow the space station to the Mars orbit and reach Mars. There is no way to get help from the gravity system in future work in orbit.

Well, it can also help in our initial solar system exploration plan. After all, our spacecraft in the initial stage is not much faster, and such a design is still required for manned voyages in the solar system for more than a year. !

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