I Have a Little Black Hole

This kind of experiment is not easy to do even in the underground laboratory at a distance of 1000 meters from the ground, so such an experiment was finally carried out on the side of the small black hole body, even if the underground laboratory can do it like this They won't do the experiment Lei Tiantang.

Because after such an experiment is done, it is really too much trouble to clean up. All the things that come into contact with these radiations must be cleaned up, because even if Lei Tiantang's current physical fitness is high, he is still a physical mortal. Tire, his DNA can't resist the erosion of all kinds of radiation, can't he always have absolute defense ability on every time he comes to the laboratory for experiments?

And after this test, the spacecraft will also be polluted as a whole after being irradiated by various high-intensity radiation, so this test can only be tested at the end, because after this test, all spacecraft will be directly It was thrown to the little black hole body by Lei Tiantang.

Even the related detection work will be completed by Kuafu's clone manipulating the intelligent robot on the side of the small black hole body. After completing the mission, in addition to the data will be retained, even the intelligent robot and those directly facing the radiation pollution detection The equipment will also be destroyed directly by Lei Tiantang.

After all, these things are not too troublesome to create. How could Lei Tiantang continue to use them at risk? This is not cowardice, this is a normal reaction based on scientific common sense. Doing this for fear of death!

After all the preparations were done, the test work on the main body of the small black hole began under the control of Kuafu's clone. Lei Tiantang watched those beautiful but deadly rays surround all the spaceships from all angles. After that, I couldn't help but be a little worried.

Although both he and Kuafu have considered the solution to various radiations in the universe from many aspects when designing the armor layer of the spacecraft, but when it comes to the first design, they want to be able to obtain a good Turns out they all knew it was unlikely.

Because there are so many things to consider in the armor layer, the requirement to defend against the impact of various small space objects or the attack of other civilizations makes them the first thing to consider when designing the armor layer is the physics and energy of the armor layer. Defense strength.

When the spacecraft is close to the star, the outer armor layer faces the extremely hot environment, or the extreme cold temperature of the universe during deep space navigation. The difference between these two temperatures can even reach a huge number of 1,000 degrees Celsius. Such a large temperature difference The performance requirements for the armor layer can be imagined.

In order to ensure the normal operation of the spacecraft in such an environment, and at the same time to ensure the safety of the astronauts in the spacecraft, Lei Tiantang and the others had a long headache when designing the armor layer. The requirements are really high and scary, and the armor layer also needs to have the effect of heat insulation in the design, which is also entangled in the design for a long time.

There is also the ongoing limit radiation test. The spacecraft faces all kinds of radiation attacks in the universe all the time in space. If the armor layer cannot defend against these attacks, the spacecraft design is useless no matter how beautiful it is.

After all, even if the impact of radiation on astronauts is not considered, the corrosion of materials by various radiations is going on all the time, although the defense effect of the armor layer against cosmic radiation under normal conditions has been tested in previous tests, and the data is still Acceptable, but the data tested in such a short period of time cannot be counted.

Spaceships have to perform various tasks in the universe for a long time. They can resist radiation corrosion in a short period of time, but it does not mean that they can withstand radiation corrosion for a long time. Therefore, the extreme radiation experiments they are doing now are very important. If necessary, this experiment will provide a lot of useful data for their subsequent research work.

Just as Lei Tiantang waited anxiously, the various detectors in the spacecraft had sent all the experimental data to the intelligent robot wrapped in thick radiation-proof armor.

To be honest, if the test data this time were not connected by a long data optical cable between the intelligent robot and the spacecraft, the intelligent robot would never receive it under the irradiation of so many ultra-high-intensity radiation rays. The spacecraft uses the previous wireless connection to receive relevant experimental data.

Seeing the prompt signal of Kuafu's clone, and knowing that all the experimental data, including the data monitored by the external monitoring equipment, have been received, Lei Tiantang directly sent the six spacecraft that had completed their missions, as well as those All things that have been irradiated by strong radiation, such as equipment and robots, are directly received by the small black hole body and destroyed.

Wow! This result is not very good! We have considered that the performance of the armor layer material we designed is not very good in terms of radiation protection, so when designing the armor layer, we deliberately thickened the design by 50%, but Unexpectedly, the result is still like this!

Even the armor layer on the outside of the thickest astronaut's safety cabin only resisted for 7 minutes, and the radiation value inside was 10 times higher than the maximum acceptable value for the human body. It can be said that our design failed completely!

Kuafu was very dissatisfied with the results of this experiment after reading the data hard drive that his boss took back, because the data was really bad. Obviously, the experimental data of this design has no practical value. This radiation amount is all the spaceship. Not even robots, because a lot of radiation damage to electronic equipment is also very terrifying.

It can't be said that, although this result is not ideal, the problems exposed by our spacecraft in the experiment are also a good thing, because only when we know where our defects are, we can make improvements in subsequent designs. direction!

Although Lei Tiantang was disappointed after reading the data, he was still very rational, because he had done psychological preparation before the test, and he and Kuafu were not gods, so how could it be possible to get the spaceship for the first time? A perfect result?

So he can still accept this result. As he said, it is also a good thing to find the problem. These problems can be improved in the later design. In the future, their spacecraft will be able to pass all strict tests. of.

Okay boss, although this result is a bit beyond my calculation range, but I can accept it. Now let's discuss the overall test results of these three spaceships!

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