Chapter 338: Subnuclear Molecules

In the collision chamber of the Large Particle Collider, the same stream of protons collides with each other, and then either annihilation, or the formation of miniature black holes, or metamorphosis into neutrons and photons.

"Chairman, you're ready." Li Qun stared at the data and said.

Huang Mingzhe calmly ordered: "Go according to plan." ā€

Li Qun picked up the walkie-talkie: "Launch a stream of neutrons." ā€

Control hall staff, press the buttons of the two neutron stream transmitters.

In an instant, a stream of neutrons exploded into the collision chamber on the specially modified neutron flow transmitter.

The streams of neutrons emitted by the two neutron streams rushed into the miniature black hole, and the cosmic power squeezed the neutrons together.

The experiment lasted for half an hour.

The reactant collection bottle is quickly removed by the robot and sent into the analysis room.

It only took 8 minutes for the analysis room to send the relevant data.

Li Qun quickly browsed it, and after reading it, his breathing became slightly short: "It's really there, it's great." ā€

The researchers, who were also looking at the data, couldn't help but exclaim one after another.

"It's amazing."

"The lifespan has been extended."

"The chairman of the board of directors is really ......"

Huang Mingzhe smiled and said nothing, this result was in his technique, and he was the most calm on the scene.

On the virtual display in front of him, there is a row of peculiar particle structure diagrams, composed of 8 N16 particles, 10 N16 particles, and 13 N16 particles......

There are all kinds of N16 from 8~22.

These combined neutrons are like molecules, and the N16 neutrons are composed of "molecules" that are two-dimensional, i.e., similar to a single-layer graphene molecule.

Huang Mingzhe named neutrons such as N1~N64 as "nucleons", while neunucleon complexes similar to "molecules" were named "subnuclear molecules".

The relationship between nucleons and subnuclear molecules is similar to the relationship between atoms and molecules.

As for how to make degenerate subnucleons, you only need to launch the elemental nucleons into the miniature black hole with a neutron stream emitter, and the miniature black hole will turn these nucleons into subnucleons.

Ma Zhili was also very excited: "Chairman, you have opened a new path for materials. ā€

The researchers present were full of reverence and could continuously pioneer computational materials science, neutron materials science, and subnuclear molecular science, and Huang Mingzhe's image in the materials science community is enough to make people respect like a god.

Being able to create a scientific theory is already the pinnacle of many scientists' scientific research careers, and scientists like Huang Mingzhe, who have continuously innovated the major field of materials science, are admired by everyone present.

Huang Mingzhe had already heard these compliments calloused in his ears, waved his hand and said, "Continue the experiment!" We need to figure out the properties of the subnuclear molecule as soon as possible. ā€

"Yes."

Li Qun and Ma Zhili worked together to direct the Large Particle Collider to conduct experiments.

Huang Mingzhe is not idle, he is analyzing the subnuclear molecule composed of N16, as more and more experimental data is fed back.

The subnuclear molecule named [N16-N-2] has finally cleared the clouds with many properties.

In N16—N—2, N16 represents the element, N represents the infinite combination of this subnuclear molecule, and 2 represents the planar characteristics of a single layer.

N16-N-2 has three characteristics: single-layer plane, infinite combination, and stable proliferation.

The third characteristic of this is the stability of the proliferation, which is why the Nibelungs used this material, and the stability of the N16-N-2 material can be superimposed with the increase of the number of nucleons.

Ordinary N16 elements only have a stable period of 12.4 years, while N16-N-2 can be accumulated, and N16-N-2 composed of 10 N16 elements means that there is a stable period of 124 years.

As for whether this multiplication can not be superimposed, the answer is, of course, impossible, according to Huang Mingzhe's theoretical model, it is estimated that this proliferation can be superimposed to about 13 million years at most.

Because the particle binding energy of the N16-N-2 subnuclear molecule can be maintained for about 13 million years.

When the time comes, either wait for the subnuclear molecules to disintegrate themselves, or re-forge them with black holes.

13 million years is a long time, which is almost 100,000 times the lifespan of a new human, and in another sense, immortality.

The N16-N-2 subnuclear molecule is very dense, resulting in a very impressive weight, and the defense is also very strong, and the flow of high-energy particles, gamma rays, neutron flows, etc., has no effect on N16-N-2, and even neutrinos cannot penetrate N16-N-2.

The only thing that can destroy N16-N-2 is a large black hole bomb, and if a miniature black hole or a small black hole is generated, the pressure generated is not enough to destroy N16-N-2.

"I see." Huang Mingzhe suddenly realized.

"Did the chairman find anything?" Li Qun hurriedly asked.

Huang Mingzhe smiled and replied, "I think I know how the Nibelons mass-produce degenerate materials. ā€

"Oh!" Li Qun was ecstatic, his chest was a little heaving with excitement, and he hurriedly asked: "Don't sell the chairman, let's be happy together." ā€

"Haha!" Huang Mingzhe explained with a smile:

"If you use N16-N-2, which can be infinitely combined, to create a large hollow barrier layer, can you excite a small black hole inside?"

Well? Li Qun reacted immediately, and according to this feature, he turned on the virtual monitor and quickly calculated.

Ten minutes later, the calculation results had come out, and Li Qun exclaimed: "It's really possible, so that the problem of large-scale production of degenerate materials can be solved." ā€

"It's not that simple." Huang Mingzhe poured cold water.

Li Qun was stunned: "Are there any other problems?"

"Gravitational." Huang Mingzhe reminded.

Gravitation? At this time, Li Qun realized that the gravitational pull of the miniature black hole is not too large, but the gravitational force of the small black hole is at least two or three orders of magnitude higher than that of the miniature black hole.

The N16-N-2 material barrier can prevent the black hole from swallowing the surrounding matter, but there is no way to shield the black hole's gravity from trapping the surrounding matter.

The terrifying gravitational pull of a small black hole is enough to cause catastrophic consequences in the solar system.

For a while, Li Qun's cold sweat soaked his back.

"Don't make a fuss, there are always more ways than difficulties." Huang Mingzhe is an old god.

Ma Zhili patted Li Qun on the shoulder and said, "The chairman is right, we will definitely be able to overcome this problem." ā€

"I lost my temper."

The continuous new discoveries keep all the researchers motivated.

It took more than a month to run the large particle collider at full capacity, and more than 30 kinds of subnuclear molecules were discovered.

And the papers on subnuclear molecules caused a huge shock in the new human physics and materials science circles.

Everyone knows that after neutron materials science, another materials science is about to be born.

The Large Particle Collider base in Lunar Sea City is not uncommon these days for visiting scholars who come up through stand-in robots.

Seeing the miraculous N16-N-2 material, they could only accept the dazzling light of the god of learning like a salted fish, and if they really wanted to compare with Huang Mingzhe, they might be beaten forever.

Now these arrogant scholars have already had a salted fish mentality, and it is enough to shout 666 after the god of learning.

Li Qun, Huang Mingzhe and others are busy solving the problem of strong gravitational attraction of small black holes, as long as this problem is solved, there will be no problem with the process of large-scale production of degenerate materials.

But this is very difficult, and there is no matter that can block the penetration of gravity.

For a while, they fell into a bottleneck.