I Have a Little Black Hole

And early the next morning, Lei Tiantang woke up full of energy. With his current physical fitness, no matter how tired he was, he could fully recover after 5 or 6 hours of sleep.

So before 7 o'clock, he got up and went down to the underground laboratory, because he couldn't wait to start the launch of the detector. He had been waiting for this day for a long time!

If the location of the universe where the small black hole itself is located is not determined for a day, he will not know for a day. What if the universe where it is located is a strange galaxy that is more than one billion or even tens of billions of light-years away from the Milky Way?

In that way, I don't know how many years it will take to compare the space coordinates with the data detected by the detector, let alone how advanced a spacecraft is needed to fly over with a spacecraft!

Everyone knows that the farther the spacecraft is required to fly, the higher the performance requirements of the spacecraft, such as the life support system, the spacecraft's energy system, the propulsion system, the spacecraft's self-sustaining system, and the spacecraft's ability to deal with danger. And so on is the farther the higher the requirements!

A spacecraft that dangles in the surrounding galaxies of the solar system is completely different from a spacecraft that can perform missions in the Milky Way, and that spacecraft Lei Tiantang can't even think about crossing the river system across hundreds of millions of light-years. Dare to think.

Because at the current level of the earth, it is just an illusion to think about it. It is estimated that it will take at least a few hundred years to develop to the point where the spacecraft can be built. At that time, if the people on earth did not perish, they should be able to make waves in the Milky Way. Waves, maybe you will meet a super civilization at that time, and buy such a spaceship from them at a huge price!

It is hoped that it will be able to sail across the river system in a few hundred years, even people like Lei Tiantang who have opened a plug-in dare not think about it! Without tens of thousands of years of development, it is useless to think about it!

So to tell the truth, Lei Tiantang has always been in a very uneasy mood, for fear that the location of the small black hole is not in the Milky Way, then he really will not be able to complete the goal of swallowing the small black hole body until he dies.

So if it wasn't for being too tired last night, he would have started the launch of the detector last night. As soon as he arrived in the underground laboratory, he asked loudly, Kuafu, are you all ready? I'm going to start preparing. Drop the probe!

It's ready! All the detectors are ready, and other preparations are also done, just waiting for you!

There is a set of supercomputer units, including the main system and the backup system, as well as six sets of data receiving and transmitting systems. It is my clone system that controls them, so the level boss can rest assured!

There are also large-capacity storage servers ready.

To ensure that the data reception and storage work of all detectors can be met, the laboratory reserves three times the blank storage server to replace the server full of data.

After all, there is no way to directly connect the data over there. I can only start data analysis after you get back the server unit full of data through the boss.

All of these are also equipped with radiation protection systems and temperature control systems. Since they only need to stay in the outermost range of the gravitational circle of the small black hole of the boss, there is no need to worry about their safety. Boss, you can provide them with protection work, so they don't need any thrusters and protective layers.

The rest is the boss, you know, there are 40 space telescopes divided into 4 types, this is the most important. There are also 500 relay satellite detectors and 500 other types of detectors. The detectors used have been strictly tested to ensure that there will be no problems. Boss, you can start putting them at any time! ' Kuafu replied confidently.

Okay! By the way, of the four types of space telescopes, our company seems to have only launched two of them into Earth orbit, right? These two have been used for a period of time, so their performance parameters can be determined, and the rest How do you guarantee that they can complete the work according to the design requirements? Lei Tiantang couldn't help but asked nervously at the last moment.

You must know that the main task of this exploration mission is completed by these space telescopes! Detecting the position of the nebula where the small black hole body is located in the universe is the most important thing. The task of detecting that star system is just an incidental task, so he is still a little nervous.

Yes boss, we already have practical application data for optical telescopes and X-ray telescopes, so it's not a big problem. The remaining two space telescopes are radio telescopes and infrared space telescopes. The technology of these two telescopes The deep space laboratory has also been mastered!

The two telescopes they are going to launch into Earth orbit have also been manufactured and passed the preliminary tests, so I am still very confident in the two space telescopes that we have modified and modified by them! Kuafu replied in detail.

The most important ones here are X-ray telescopes and infrared telescopes, which are the main force of observation. In addition to emitting visible light, there are many celestial bodies in the universe that can emit high-energy rays, such as stars, the space around black holes, and nebulae.

Since the interaction between these high-energy rays and matter is very different from the interaction between visible light and matter, it is not possible to use mature optical technologies in the visible light band, and only new imaging technologies can be used.

With the development of rocket and satellite technology and the progress of thin-film technology, optical processing and detection technology, people have extended the detection of celestial objects to the entire electromagnetic radiation, and people have gradually begun to use extreme ultraviolet, infrared, X-ray, γ-ray and radio telescopes To observe celestial bodies, the observed energy can reach up to tens of GeV.

Many regions of our space are filled with large, thick clouds of air and dust that block observations from optical telescopes; both X-ray and infrared light can penetrate these clouds and dust.

So with the help of X-ray and infrared telescopes we can observe the composition of satellites, the centers of river systems and newly formed galaxies; we can also obtain information on low-temperature objects in space, such as asteroids that are very faint when observed in visible light, or Planets outside our star system and huge clouds.

And the location of the small black hole body is in a huge nebula. If you want to observe the farther cosmic star map, you can only rely on these space telescopes. This is why Lei Tiantang couldn't help but ask again.

That's good! I hope they can help me get more data! Then I'll put these things away first! Lei Tiantang started to put away everything while cheering himself up.