A large particle collider is used to create a miniature black hole, and then a miniature black hole is used to create neutron degenerate matter.

Huang Mingzhe, Li Qun, and Ma Zhili, who was driven back from the asteroid belt, worked together, and after more than three months of research on forgetting to sleep and eat, they finally figured out some rules.

The Laboratory of Physical Properties of Neutron Degenerate Matter is directly led by Huang Mingzhe, Li Qun is in charge of the production process, and Ma Zhili is in charge of the practical application.

On the bench in front of Huang Mingzhe was a bottle of neutron degenerate substance, about the size of a common thermos flask, with a label on the body of the bottle that read [N16].

N16 represents a neutron degenerate state matter composed of 16 neutrons.

So far, a total of 64 neutron degenerate substances have been discovered, namely N1~N64.

Among them, except for N1, N9, N25, and N27, the odd neutron degenerate matter is an unstable substance, and the stable existence period is usually only a few minutes to ten minutes.

On the other hand, even-numbered neutron degenerate matter is obviously more stable, and can generally exist for a long time, ranging from a few months to several decades.

Huang Mingzhe looked at the report on the virtual display screen, which was the physical and chemical properties of N16, but what puzzled him was that the decay period of N16 was about 13~14 years.

This is the result of precise measurements and calculations.

The puzzling part is that this decay period contradicts the situation of the Nibelon spacecraft's shell, which has been in the solar system for at least two hundred years, and the spacecraft shell composed of N16 has not yet decayed and disintegrated.

There is an obvious contradiction between the two here, and Huang Mingzhe's study of the physicochemical properties of N16 can prove that the error will not exceed 1/10,000 from other neutron degenerate substances.

So the problem here makes him very concerned.

……

Ma Zhili hurriedly manipulated the stand-in robot to come in, and saw Huang Mingzhe who was closing his eyes and contemplating, just when he didn't know whether to speak.

Huang Mingzhe, whose eyes were closed, opened his eyes, and he had sensed that someone had entered the office.

"Old horse, what's the matter?"

Ma Zhili said a little subconsciously: "President, oh...... Chairman, I would like to ask about N16. ”

"Do you want to ask why the N16 we make has a different decay period than the N16 made by the Nibelons?" Apparently Huang Mingzhe had already guessed what he wanted to ask.

Ma Zhili nodded: "That's the problem." ”

"To be honest, I don't know what it means right now." Huang Mingzhe spread his hands and replied.

"Is this so" As soon as he heard that Huang Mingzhe didn't know, Ma Zhili suddenly didn't dare to have much hope, because he knew that what Huang Mingzhe couldn't do, it would be useless for others to come.

"Although I didn't figure it out, I still have some ideas."

"That's really good, I hope the chairman will overcome this topic as soon as possible." After Ma Zhili finished speaking, he suddenly remembered another thing:

"Chairman, I'd like to make a drill out of N16 material to see if I can break through the Nibelons' ship......"

Drill Nibelon Spaceship Huang Mingzhe frowned slightly, and directly interrupted the other party: "Old horse, don't do this for the time being, that spaceship may have unknown dangers, let's not act rashly until we are sure." ”

"This ......" Ma Zhili, who wanted to speak and stopped, looked at Huang Mingzhe with a resolute attitude, and finally dispelled the idea of violently breaking through the Nibelon spaceship.

……

He discussed the application of neutron materials with Ma Zhili for half a day.

Among the 64 types of neutron materials, only 13 can be used for practical application research.

The 13 neutron materials are: N2, N4, N6, N8, N9, N10, N12, N14, N16, N18, N20, N22, N24.

Neutron materials have a classification similar to atoms, for example, N2, N3, N4 and N6 are gases, and two liquids N13 and N30, and the rest of the neutron materials are solid at room temperature and pressure.

In addition, neutron materials are weakly magnetic and electromagnetic, even in a strong magnetic field, they cannot excite the electromagnetic induction of neutron materials.

This is something that has now become a new discipline - neutron materials science.

It is believed that as more and more new human scientists devote themselves to neutron materials science, they will soon be able to gain a deeper understanding of the properties and functions of neutron materials.

The scientific committee has decided to add neutron materials science to the university through a plenary meeting, and about 50,000 new human researchers have been mobilized to collectively tackle neutron materials science.

The adaptability and reaction speed of new humans to new technologies and new things are much stronger than those of the Common Era.

The supreme will is a collection of new human wills, which can adapt to social, cultural, technological, and natural cosmic changes in a few days and make the most reasonable changes.

For example, if there is a milk quality problem today, it will not take ten days for the Supreme Will to introduce a comprehensive amendment.

Opportunism and exploiting legal loopholes, of course, this kind of thing is unavoidable, especially since all the new human beings are knowledgeable, and there are not a few people who want to take advantage of legal loopholes. Remember [Seven or Eight Chinese Network щщщ.78zщ.coм] in one second to read for free without pop-ups!

But the Supreme Will is not a vegetarian, and as soon as the first person to eat crabs appears, the Supreme Will will activate the amendment process and plug the loopholes as quickly as possible.

As soon as neutron materials appeared, the scientific committee fully assessed the possible risks, benefits, and future impacts of this technology.

It has been quickly established as one of the five new technological directions in the future of the new era, and this response speed can be said to be very fast.

If this kind of technology appeared in the A.D. era, it is estimated that it can be played in the laboratory for several decades, and then discuss whether there is any profit, and it will be more than ten years to tear it apart, and finally I don't know if it can be launched.

Like controlled nuclear fusion, the concept emerged as early as the Cold War, and as a result, it has been half-dead for decades.

If it weren't for Huang Mingzhe and Wei Feng's action, it is estimated that mankind would not have been able to point out controllable nuclear fusion until it perished.

……

With the addition of a large number of new blood, the research progress of neutron materials is advancing rapidly.

Huang Mingzhe and his researchers are studying why the shell N16 of the Nibelon spacecraft can break through the decay period and be preserved for a long time.

In terms of the practical application of neutron materials, Ma Zhili has also successively developed many neutron material application projects.

On the contrary, the production process of neutron materials in charge of Li Qun is very slow.

It's not that Li Qun and others don't work hard, but the production process of neutron materials is really difficult.

After more than three months of hard work, it is now possible to increase the production capacity of neutron materials to 15 grams per hour.

The reality is that it can only produce 15 grams of neutron material per hour, and 16 large-scale Jinwu nuclear fusion reactors are constantly generating electricity, and the large particle collider needs to consume five years of electricity consumption in Shanghai for one hour.

This thing has to do with the amount of antimatter produced.

Anti-collection automatic loading failure, click to load manually, reading mode is not supported, please install the latest version of the browser!