I have a little black hole

Spacecraft research, research on various space weapons, research on various detectors, etc., all require a certain amount of space, and many dangerous research needs to be separated by a sufficient safety distance. After all, Lui Tiantang can't control the small black hole body for 24 hours to protect these research, right?

And the 1,000 super high anti-matter collector-specific colliders allow him to harvest about 100 grams of anti-matter every day, enough for them to do all sorts of research, and that's why their anti-matter research is going so fast.

This is why he is so good at it now. The company's small anti-matter collider in the northwest can collect up to 10 grams of anti-matter in a year. It seems very small in terms of this gram, but it also depends on what the corresponding substance is.

The manufacture and collection of antimatter has never been easy, and the pace of this research will never be proportionate until the Infinite Gravity Group begins to study antimatter using its own company's collider.

To study antimatter, you first need to make and store a lot of atoms. The challenge now is to keep positive electrons and antiprotons close enough so that their electrical attractiveness has the opportunity to capture them and form an antihydrogen atom before they are annihilated by ordinary matter.

On 18 September 2000, the European Centre for Nuclear Research announced that it had succeeded in producing some 50,000 low-energy antihydrogen atoms, the first time that humans had produced large quantities of antimatter under laboratory conditions.

By 2011, the European Centre for Nuclear Research's Alpha experiment had succeeded in producing antihydrogen atoms (the equivalent of hydrogen) and storing them for nearly 17 minutes. The next year, scientists changed the direction of the anti-atomic magnetic field, irradiating them with microwaves. This suggests that it is possible to measure their properties in more detail.

In January 2014, scientists at CERN created a beam of antihydrogen atoms and discovered 80 antimatter atoms in the beam. This is another step closer to uncovering the mystery of antimatter, as collecting enough data to answer major questions requires a large amount of antihydrogen atoms.

But manufacturing is homemade, and it's also a big challenge to preserve these antimatter in the long run. How do you preserve a substance that can break anything it touches?

First of all, you need a very good vacuum environment so that antimatter doesn't accidentally hit free atoms in the air. Then you need to keep it away from your container, because these are also made of matter. The solution is a “magnetic bottle" that uses electric and magnetic fields to imprison antimatter.

So far, the European Centre for Nuclear Research (CERN) scientists have only succeeded in storing hundreds of antimatter atoms. If they can do more, the possibilities are far-reaching.

Just one gram of antimatter can be used to drive a spacecraft to Mars or create a bomb equivalent to the Hiroshima atomic bomb.

Science, on the other hand, may prevent such applications. Using their technology to make antimatter, it takes 10 billion years to produce a gram, a billion bottles to store it, at least the energy you recycle.

And of course, that was before the Infinite Gravity Group did that, after all, foreign research centers like the European Center for Nuclear Research, which couldn't concentrate on research on antimatter.

And their funding cannot be compared to that of the Infinite Gravity Group. It comes from allocations or donations from various countries and institutions. They can be applied for every time they are spent, and the amount cannot be as much as you want.

In this case, can you expect them to study antimatter quickly and efficiently? It was obviously impossible, but after infinite gravity groups had begun such research, they had settled on it in a very short time.

Higher grade colliders obviously can make more anti-matter at once, not to mention not having to go through a lot of procedures every time they test, but also having to consider money, which also leads to almost all the later research results on anti-matter being monopolized by infinite gravity groups.

By this time, no one can criticize the Infinite Gravity Group for investing in anti-matter colliders as a waste of resources, because it can be seen that this research represents the future with progress.

To be honest, scientists around the world envy the internal scientists of Infinite Gravity Group and the scientists of Huaxia involved in this research project, because they can have so many antimatter to use, no wonder they can randomly make a new discovery.

It is enviable that the company's collider manufactures about 10 grams of antimatter each year. However, such production is very different from Lui Tiantang's psychotic behavior.

Lei Tiantang can now manufacture antimatter that the company can only manufacture in one day by virtue of his own ability. In this situation, how can their research progress on antimatter be unpleasant?

If these anti-matter colliders and the accompanying large nuclear fusion reactor power stations were to be replaced on Earth, even at the lower cost of large-scale manufacturing, it would cost at least trillions of dollars to build, not to mention the huge and sustained investment required for later research.

So from this point of view, it can be said that Lei Tiantang's ability is not bad at all compared to the value represented by those black technology systems, and even higher. The value is incalculable and unacceptable, because the upper limit of this ability is also unlimited. In the future, he can manufacture more higher-level colliders.

To make a trillion dollars, even with such a huge infinite gravitational group, it would take years, but it's impossible for all of this money to go to the anti-matter research project, right? Lui Tiantang did not dare to do this even if he was reappointed.

Not to mention the huge amount of money needed to build a higher-grade collider for future research on antimatter. If he had only a black technology system, this system would not be able to convert him into 1,000 antimatter colliders and 300 nuclear fusion reactor power stations in space, would it?

All the money he needs to build so many big guys needs to be earned back. Where can he be more comfortable and free to build with this disdainful ability now? This cost savings and time costs are not just present, but will be even more immeasurable in the future!