I Have a Little Black Hole

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This is still calculated at a hundred times the speed of light, but both Lei Tiantang and Kuafu know that this technology is absolutely impossible to achieve within at least 100 years, and even a spacecraft that reaches 50% of the speed of light does not know when. It can be developed, let alone a superluminal spacecraft!

Therefore, if you want to travel to such a distant place in a short period of time, you can only hope to see if you can find a natural weak point in space around the solar system or even a natural wormhole jumping point that can perform space jumping.

If he can find such a place, he can try to see if he can connect this natural wormhole jumping point with the small black hole body, so that his spaceship can jump directly from the vicinity of the solar system, which can save a lot of money time.

As long as the jumping point is within 10 light-years around the solar system, and as long as the speed of the spacecraft can reach more than 50% of the speed of light through continuous acceleration, it will take more than 20 years to fly there. It's almost acceptable for a year or so.

After all, if the spacecraft wants to withstand the huge pressure and pulling force generated by space jumping, it only needs to be strong enough for the spacecraft, and Lei Tiantang himself can easily do this.

In addition to the fact that he can do this with absolute defense, he can also withstand the strong materials made by himself using his own abilities. The strongest materials in human understanding are not stronger than the strength of the small black hole body, right?

And Lei Tiantang himself can directly replace all the materials of the entire spacecraft with the extremely dense material on the body of the small black hole before the spacecraft jumps. Jumping is definitely not a problem at all.

It's just that it doesn't make much sense to do this in normal times, because the various scientific experiments and detection activities they usually conduct can't use such exaggerated materials, and even neutron star materials with slightly inferior performance can't be used.

It's not that I want to drill into the sun for detection, and there are no celestial bodies such as black holes in the solar system that need to be detected. This kind of material that spans countless layers is completely unnecessary.

And the company doesn't need him to provide such exaggerated materials for research now. This kind of material research like a castle in the air is really not a good thing for the company.

If all the company's materials are all synthesized by him, the company will fall apart once he leaves him. Putting this incomparably important foundation on one person is not what a company should do.

Therefore, except for the fact that he participated in the company's material research in the early stage of the company's development, even when he and Kuafu developed materials with far better performance than the materials developed by the material company, he would not use these research data. It's much better for them to keep their independent research and development enthusiasm than to pull the seedlings and encourage them!

Of course, he is not a pedantic person. It is not a problem for him to use it for his own use in matters related to his future growth. Since the material of the spacecraft is not a big problem, the most important thing now is whether it can be found. A weak point in space or a natural wormhole jumping point.

Because of this, Lei Tiantang pays so much attention to this R\u0026D project. The Super Hadron Collider has brought too many surprises to the company in the past two years, because those international and domestic counterparts spend a lot of money to rent it. Different from the broader things that use time to study, the research institute still focuses on those projects that can bring progress to the company.

So don't look at the related papers published by the Collider Laboratory of the Interstellar Age Research Institute in the past two years. There are not as many published papers as these people who rent machines, but the many research breakthroughs they have brought to the company are priceless!

Because many of their research projects are closely related to the company's confidential research and development projects, many research results are impossible to publish directly through papers.

For example, the space probe research project that Lei Tiantang is very concerned about, this kind of black technology research and development project that theoretically surpasses the world for more than 100 years, if the reputation problem is exposed, then the company's loss will be immeasurable!

This space probe, named Dijiang by Lei Tiantang himself after the great god Dijiang of the Twelve Ancestors, is not the ordinary space probes developed by the company before. Humans have not yet mastered the detector technology of its own structure.

Ripples in space-time, discovered by physicists before, may one day reveal the existence of wormholes, and through them, humans may be able to travel to another universe.

This is talking about gravitational waves, and the previous scientific community found in a more in-depth study of gravitational waves that the emergence of gravitational waves may not only be the result of black hole collisions, but may also be partly due to the collision of wormholes.

So far, the gravitational waves that scientists have observed disappear completely within a very short period of time. The reason for this phenomenon may be that the black hole from which the gravitational waves originate has an event horizon.

But if such an event horizon doesn't exist, as is the case in a wormhole, then these oscillations don't completely disappear. Instead, there should be echoes in the signal for a period of time that may have gone unnoticed until now.

That is to say, as long as there are more sensitive gravitational wave detectors, it is very possible to find the existence of wormholes, but this method has been regarded as an alternative after laboratory modeling experiments, because its detection function is really good Too singular.

This more sensitive gravitational wave detector can only be used to detect wormholes with very obvious signals, but it is powerless for those smaller wormholes and weak points in space. They specialize in the reasons for brand new space probes.

Currently, the progress of research and development is quite smooth, but you are also clear about technology research and development. If you really want me to say when they will be able to complete research and development, I really can't tell, because as long as there is any technical barrier to solve. No, then the entire 'Dijiang' space probe cannot be developed.

And you also know that it is not so simple for this new concept of space probes to solve a technical problem.

But I just took a look. Last time they encountered several problems that were almost unsolved. After this problem is solved, the research and development progress will be close to 80%. If it is optimistic, the launch experiment should be almost carried out within two years. ! Kwafu replied after checking the database of the origin.