I Have a Little Black Hole

Lei Tiantang's words made the people around him laugh, because it really makes sense to think about it, because taking the launch price of the Falcon heavy recoverable rocket that they all know, the 8-ton payload is the lowest price. It is more than 90 million US dollars to launch once. In this calculation, 5 billion US dollars is really not enough. After all, its recoverable launch mode load capacity is really too small.

Did you notice our boss with the best design? Zhang Hanxiu asked again.

Is it the detector at the front of the assembly? I just see that there is such a distinctive detector in front of each assembly. Lei Tiantang said, zooming in on the detector at the top of the assembly's projection.

Ha! It seems that you have noticed this, boss! Yes, whether it is the two-round combination test plan we plan to launch or the planetary probe plan to be launched later, there is a special design in front of their combination body. detector!

This detector is not simple. It is the first generation of deep space detectors we designed. Its detection task is to follow the remaining parts of the combination of other satellite detectors, that is, solar sails and ion engines. Let's fly out of the solar system together and start a real exploration of the universe outside the solar system!

If the mission goes well, we can't just let the remaining solar sails and ion engines go to waste. After all, they have already accelerated to more than 200 kilometers per second, and this speed will get faster and faster, so It would be a shame to waste the high speed!

So we equipped the front end of it with an extrasolar system detector that we named Light of Hope, and let them come and explore for us what the outer space of the solar system looks like!

This kind of exploration is very important for our future space program, because so far, we humans can only use various telescopes to observe what the outer space of the solar system looks like. We really know what the actual state is. Not much.

And such unknowns will also cause trouble for our company to design a real spacecraft in the future. After all, what is deep space like, we still need to have real detection data to support it, otherwise there will be troubles if there are omissions in the design!

Lei Tiantang still agrees with this approach, although he has really put a lot of detectors into the universe through his connection with the small black hole, and with the various detection data recovered from there every day. He has mastered many secrets of the universe, but he can only use these data himself.

Can't carelessly hand over such data to the Deep Space Laboratory for reference, right? How to explain the origin of these data? Do you want to say that these data are all conjectures? That's not bullshit, so he thinks there is no problem with the company's own preparation for detection.

And he also wanted to know if there was any difference between the cosmic environment outside the solar system and the cosmic environment where the small black hole was located. After all, the cosmic location was different, and the solar system was really a barren corner.

As we all know, the sun is the closest star to our earth. Our solar system is one of hundreds of millions of stars in the Milky Way. It is about 26,000 light-years away from the center of the Milky Way. We are actually in the suburbs of the galaxy. The closest star to the sun is Proxima Centauri, a distance of is 4.2 light years.

If you look at the star map around the solar system, you will know that the vicinity of the solar system is really empty, and a limited number of stars are also red dwarfs that have formed for a long time.

The location of the body of the small black hole is different. There is a huge nebula. New star formation and supernova explosion are common things. The cosmic environment in such a place must be different from the cosmic environment around the solar system.

So even if he handed over the data he detected to the company, the data source laboratory would not ask about it. The company would not be able to use these data in a short period of time, and there was no real alien black technology, and neither could Lei Tiantang. Count on the company's second-generation spacecraft to be able to fly faster than light or jump into space.

It is very good that the second-generation spacecraft can go to the surrounding galaxies of the solar system such as Proxima Centauri for exploration missions. It is impossible to think about it as a fat man.

I still approve of your design, but according to your calculation, doesn't it mean that three probes that can fly out of the solar system will be launched before and after? Does this number seem to be a little less? Lei Tiantang was curious. asked.

That's not the case, boss, these three combined launches can be said to test whether such a design is feasible. If all the launches of these combinations are successful, we will conduct more launches in the future. task.

The number of 120 planetary probes outside the earth is almost enough, but the number of 60 probes in the asteroid belt is really too small, and we will definitely launch more asteroid belt probes in the future. Detailed exploration here, after all, the resources here are too rich!

Therefore, we must still launch such a combination one after another. The reason why we do not manufacture and launch these detectors and the extrasolar detectors at the top of the combination is mainly from technical considerations.

Our company's technology will make certain breakthroughs every once in a while, and these technological breakthroughs may allow us to launch faster, better performance of detectors, sharpen knives without accidentally chopping firewood, and these previous detections It is a better choice to use the working data and detected data provided by the detector to support the subsequent launch of the detector! Zhang Hanxiu explained with a smile.

Indeed, the exploration mission of the asteroid belt is a very important part of our space plan, and its importance is still above the landing on Mars and the moon. After all, even if we can complete the landing plan for these two planets in a short period of time, There is not much we can do.

At most, it is to carry out some operations such as exploration work and pre-colonization verification experiments. If you want to mine and utilize the resources of these two planets, you don’t have to think about it for at least 10 years or 20 years.

It is relatively simple to mine the resources of the asteroid belt. With our plan, it is still possible to push some asteroids with suitable quality and resources out of the orbit of the asteroid belt. Even if these asteroids are out of safety Considering just pushing them into orbit near Mars could also give us huge gains! Lei Tiantang also nodded in agreement with his statement.

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