I Have a Little Black Hole

You think everyone has the unique research conditions I have! Lei Tiantang said with a smile.

Yeah! Who asked you, boss, to have a small black hole under your control? You can master the first-hand black hole data, and you can study it from various angles.

Antigravity is Einstein's general theory of relativity prediction: the main properties of gravitational waves are: propagating at the speed of light in a vacuum; carrying energy and information about the source of the wave; it is a transverse wave, which is a plane wave at a distant source; the lowest order is quadrupole radiation ; very weak radiation intensity; first

The absorption efficiency of matter to gravitational waves is extremely low, the penetration of gravitational waves is extremely strong, and the earth is almost transparent to gravitational waves; its polarization characteristics are two independent polarization states, etc. Gravitational waves are gravitational fields that propagate in wave form and with finite velocity.

As we all know, the gravity G is equal to the mass m of the object multiplied by the gravitational acceleration g of the object, that is, G=mg, which is the reason why we can stay on the earth without being thrown into space.

When the gravitational acceleration of an object is constant, the magnitude of gravity depends on the mass of the object. The gravitational force is stronger when the mass is larger. The antigravity system is to give an object a reaction force.

When this reaction force is greater than the gravity of the object, the object can escape the gravity of the earth. When the balance between a certain gravity and anti-gravity is reached, it can be suspended between the atmosphere and the surface.

Of course, we also have to consider the problem of atmospheric pressure. Only when the action and reaction forces are balanced can we be suspended in the air without the gravity of the earth.

But the research on anti-gravity is really not a technology that humans can study and master now. Since science fiction author Wells described anti-gravity (which can shield the influence of gravity and make the spacecraft fly to the moon), anti-gravity has been To be the dream of mankind for more than a century.

If antigravity exists, it will change the world. Cars, trains, ships, every transportation system you can think of can be powered by energy harvested from gravitational fields.

Although anti-gravity is a beautiful dream of people, traditional science has long believed that anti-gravity is impossible. Although related research has long been carried out by companies and scientists, none of them have achieved technological breakthroughs!

And Lei Tiantang does have unique conditions for research in this area. The most intuitive human understanding of black holes is the synthetic black hole photo, and the rest are understood from various theories.

If anyone could have a real black hole and give themselves 24 hours to study how they want, then the related technologies on Earth would not be what they are now.

As for the use of small black holes to carry out related research work on these physical theories and applications, especially the research on gravity and antigravity, as well as various force fields, Lei Tiantang has indeed started a long time ago.

Although some achievements have been made, there is no real breakthrough. After all, there is too much knowledge to be mastered in this research, and it is convenient for him to do many experiments on the body of the small black hole, and he can also get certain data.

However, it is difficult to repeat such experiments under laboratory conditions. One very simple reason is that he does not yet have the ability to simulate various powerful force fields of small black holes in the laboratory! starter

For the basic technological conditions such as material technology or theoretical basis, there is no way to make breakthroughs in a short period of time, and there is no way to do more repeated experiments, even if Lei Tiantang can use the small black hole experiment to achieve some results, he wants to get There is no way to come back.

So although he often does experiments in this area,

But because there was no way for Kuafu to participate in such experiments to help him repeat the experiments, he did not have much time for research in this area.

Boss, are these materials useful to you? Kuafu asked curiously when he saw that the boss's attention was still on the materials he showed.

How to say, it's not enough to say how useful they are, but they are more or less useful, at least their many ideas and experimental processes are very interesting.

You also know that when I do experiments in this area, I am always open, so from the perspective of the problem, it is different from the fact that they want to use conventional experimental methods to do the laboratory, so I am still very interested in the design of these experiments. of!

The experiments they do seem to have little results, but there are mainly objective reasons for this. Materials science has not kept up, and theoretical knowledge has not kept up, so many of their experimental designs themselves can continue to be relevant in my opinion. but they gave up on their own after they made no progress in related experiments, which is a pity!

I have some ideas now, and when I do research, we can start a new research project, and we can really start the related research work on antigravity and gravity! Lei Tiantang said happily.

He is indeed very satisfied with this surprise harvest this time. He must know that he has always been obsessed with research in this area. This is mainly because research in this area is really important to his future spaceship plan!

The existence of an antigravity system allows spacecraft with very large volumes and masses to take off and land freely from the earth's surface without being torn apart by the earth's gravity, or unable to fly.

More importantly, a spacecraft with an anti-gravity system can also take off and land on other planets in the universe with different gravitational forces. I believe this is not to say that everyone knows its significance!

Resource mining, planetary colony construction, planetary offensive and defensive warfare, etc. all require their own spacecraft to have such an anti-gravity system. It can be said that the anti-gravity system on the future spacecraft is a standard configuration, unless your spacecraft has a large mass. To the point where it cannot carry this system, a system such as a satellite-sized super carrier is not very meaningful.

Of course, the anti-gravity system can also be installed on more devices, such as cars that can fly like in science fiction movies, and small space shuttles, etc. can use such a system!

Compared with the anti-gravity system, Lei Tiantang now pays more attention to the related experiments of the gravity system. This time, he also saw related research projects in these data, and he looked at these data in more detail.

Because at present, the anti-gravity system is not something that must be installed on the company's first-generation spacecraft in the near future, because the assembly of the first-generation spacecraft can be moved to space, even if the weight and volume are large, but Since it doesn't take off from Earth, it doesn't really matter if there is an antigravity system.