Rule department scholar

"If you just respond more fully, it doesn't seem to be useful..."

The nuclear institute team led by Chen Zeshu has been discussing the discovery of the anti-gravity nuclear fission test, but after discussion and discussion, there is still no conclusion, and it is a bit depressing that even if the 'reaction is stronger', it seems meaningless, because the anti-gravity nuclear fission test Gravity conditions are not easy to achieve, and even if they are achieved, they are just 'more reactive', which may be dangerous rather than practical.

In fact, the power of nuclear fission devices has never been a problem. For example, in large nuclear power plants, the power of the units is very high, enough to support the operation of large aircraft carriers, but the 'abundance' is too low, and the 'abundance' can It directly affects the use and replacement life of power raw materials.

Taking the most commonly used uranium as an example, the 'abundance' can be understood as the 'concentration' of uranium-235.

no doubt.

For the same weight of nuclear fission material, the higher the concentration of protection, the more energy can be released, and the longer the reaction time can be supported under the condition of fixed output power.

If it is a fuel car, more efficient and fully burning gasoline can of course support the car to have a higher mileage.

There is no technical obstacle to the 'abundance' of nuclear fission material.

However, the high abundance means that the reaction per unit volume will release a huge amount of energy. How to control the reaction and the huge amount of energy released is the biggest technical obstacle.

For example, the atomic bomb.

The fissile raw material inside the atomic bomb can have an abundance of more than 80.00%[-], and a large amount of energy is released shortly after the explosion, but obviously the energy after the atomic bomb explosion cannot be artificially controlled and transformed into power.

A simple summary is that the abundance of raw materials is low, the same volume of raw materials, the duration of nuclear fission is short, and the life of the nuclear reactor is short.

High abundance, not easy to control.

Now the team of the Institute of Nuclear Research is encountering this problem. Under the condition of space barrier, the nuclear reaction becomes more sufficient, that is, the power provided is higher, but it seems meaningless, because the high power becomes difficult to control, and instead makes the nuclear reaction device itself, prone to leakage risks.

In addition, the reaction speed has not been accelerated, which is a difficult problem in theory.

When there is uncertainty inside the nuclear reaction, it means that the risk will be greatly increased.

After continuous discussions, the nuclear institute team did not gain anything. They did not receive an order from their superiors, so they could only continue to do the follow-up cleaning work of the device, and did not know what to do for a while.

Everyone can only continue to wait, and what they are waiting for is the order from their superiors.

The higher-ups are waiting for Zhao Yi.

The higher-ups knew that Zhao Yi had gone to see the devices and materials of the nuclear reaction, and also knew that he was doing related theoretical research, and what they were waiting for was the experimental report made by Zhao Yi.

Whether or not the experiment was fruitful, a report is sure to be submitted.

Zhao Yi has been doing research, and the experiment has not been submitted until now, which means that the experiment has not yet produced results, and naturally it is not completely over.

……

Yanhua University.

Zhao Yi is still doing research in retreat, and he encountered a problem in his research. The 'condition' found that the structure of uranium is loose, but in fact, the structure of the nucleus is still stable. In theory, uranium 235 itself is radioactive, and the nucleus has only a little The structure is loose, and it will definitely go directly into the reaction.

In other words, after the anti-gravity device is turned on, there is no need to "ignite" at all, and the uranium 235 inside the nuclear device will directly fission.

This question became a problem at first. Zhao Yi originally wanted to build a mathematical system to connect other aspects to analyze and deduce, and he might know the answer he wanted.

but.

After a week of continuous research, he was still troubled by this problem.

Zhao Yi was very puzzled. He thought carefully for a long time, but he still couldn't come up with an answer, so he simply walked out of the room and wandered outside to find inspiration.

As soon as he walked down the staff dormitory building, he saw an unexpected person——

Edward Witten!

"Zhao Yi, you're finally out!" Edward Witten greeted him very enthusiastically, and murmured complainingly, "Your guards are really dedicated. I can't even go to the fifth floor for fear of disturbing you. We are together If you cooperate, of course I will only help you."

"Feel sorry!"

Zhao Yi nodded apologetically, "When did you come? Why didn't you tell me?"

"It was decided a few days ago, but I couldn't find you at all. Your assistant, Ms. Qian, said that you are doing research and are very busy and cannot be disturbed."

Edward Witten curled his lips as he spoke, seeming to be very dissatisfied, and then said, "I was invited. Your university invited me to be a professor of the Faculty of Science, and I will give lectures a few times a year, or give two classes. Yes. I agreed after thinking about it, and I will come to you anyway."

"Oh, welcome, we will be colleagues from now on." Zhao Yi said with a smile.

Edward Witten said that it is enough to "speak a few times" and "teach two classes". It seems that the work is very easy and he can get a good salary. In fact, there are many universities all over the world. A higher salary allows Edward Witten to give lectures and give lectures in the past, and even some universities do not require him to go in person, just pretend to be a professor.

This is the influence of top mathematicians and theoretical physicists.

Therefore, it must be because of Zhao Yi that Edward Witten accepted the invitation from the School of Science of Yanhua University.

He changed the subject and asked, "What research are you doing? Any progress?"

Zhao Yi said with some disappointment, "No. I just went out to take a look because I was stuck in a bottleneck."

"Hahaha~~"

Edward Witten seemed a little surprised, but immediately laughed out loud, patted Zhao Yi's shoulder and said, "It's right to go out for a walk more often. I'm bored in the office alone and can't think of anything. If you want to find inspiration, You can find irrelevant things, physically, irrelevant may be related.”

"The last time I couldn't think of anything, I went to a dance at school. Many graduate students attended. They were in their 20s, young and beautiful, and some..."

"Cough cough."

Edward Witten hurriedly stopped talking, and changed the subject, "What are you researching? What problems did you encounter?"

"Of course it's particle mathematics. I've been doing research on space." Zhao Yi said frankly.

Edward Witten said, "I think so too. Regarding space, it is too complicated. I have constructed several ways of understanding multidimensional space, but none of them seem to be perfect."

He continued, "So, I thought, maybe we can continue the last research together, which is the energy point of 2 to the Nth power, that would be very interesting."

Zhao Yi listened and thought for a while, then nodded and said, "I think so too."

The two agreed.

On the same day, Edward Witten held an open class on string theory in the teaching building of the School of Science, Yanhua University.

Zhao Yi went over to help and sat in the last row to listen.

On the second day, they studied together the issues related to 2 to the Nth power energy point and space repulsion.

The research in this area mainly starts from the mathematical framework and the mathematical logic of mass in space.

Eduard Witten is convinced that quality comes from multiple dimensions.

Quality is the product of multi-dimensional space, an idea put forward by Zhao Yi, but he himself is skeptical and just regards it as a "possibility". Edward Witten is really a strong supporter of this idea, even in many speeches and In the classroom, this statement is constantly instilled in the students.

During the discussion between the two, Edward Witten also started from the perspective of 'quality is a product of a higher dimension', while Zhao Yi's understanding of quality is more realistic. He just fixed the foundation on the rejection of quality by space, while It will not contact the more mysterious multi-dimensional space, dimensional collision and so on.

Different understandings create different ways of seeing, and sometimes they complement each other.

The efficiency of the two people's research together is still very high. It took them only three days to build a "mass point" system, which uses the mass point as the unit to explain the shape of the particle, not just the marginal energy unit. composition.

A unit of energy, by definition, is too tiny.

Even compared to the most basic particles, the energy unit is still so small that it is negligible. When discussing particles in terms of energy units and composition, there seems to be a gap in the middle, because the connection between the boundary of the particle and the energy point cannot be defined exactly. And the core of the particle has never been defined.

With the concept of mass points, energy points can be used to form mass points, and then mass points can be used to form particles of different shapes.

The simple expression of the concept of mass point is, the variable energy composition interval of the energy unit of 2 to the Nth power, the particle without mass is simply defined as the energy composition, and the mass point is zero.

After completing the mathematical structure of the mass point, Zhao Yi thought about the problem of antigravity nuclear fission reaction, and asked after thinking, "Edward, you said that space will repel and squeeze the mass point, so how does the mass point block it?" What about it? Could it be that the energy structure itself is designed to resist the space, or is it that the mass enters the cosmic space and cannot go back?"

Edward pursed his lips, spread his hands and said, "Maybe it's resistance, maybe it's a disguise, who knows?"

"Camouflage? Hard resistance..."

Edward Witten said, "Of course, force is an interaction, and most of the time, the microcosm is the same. The space repels the mass point, and the mass point may be like wearing armor, staying in place to resist, and being squeezed into other forms. Strong force, weak force, or electromagnetic force may all be generated in this way, of course, this is only a possibility, and it cannot be proven or proven wrong for the time being."

He continued, "In addition, it may be a camouflage. For example, your theory, its energy composition itself, may be a camouflage. When the space is squeezed and enters the interior, it will not work."

"Makes sense."

Zhao Yi nodded in thought, then thought about the nuclear fission experiment, and suddenly felt a sense of enlightenment.

He has always thought that space squeeze is everywhere, but from a microscopic point of view, maybe when it enters the interior of atoms, space squeeze does not exist?

Alternatively, space extrusion allows particles to be combined with particles.

This is a form change.

Particles and particles are combined to form the nucleus. The structure of the nucleus itself may be the product of space extrusion. No matter how many forces there are, such as weak force, strong force, and electromagnetic force, it may be due to space extrusion at first.

The atomic nucleus is the product of space extrusion, and a perfect force field has been formed inside, but it may not continue to be affected by space extrusion. It is like a spring, which will undergo elastic deformation under normal circumstances, but excessive force will cause Plastic deformation completely changes the shape of the spring, even if the external force suddenly disappears, the spring will no longer be elastic.

in other words……

The atomic structure of uranium 235 is unstable, and it only occurs during the reaction process, not necessarily initially unstable.

When entering into the nuclear fission reaction, neutrons are detached from the nucleus, just like a spring springing up again, and will naturally be affected by the space barrier, which only increases the "structural instability" in the reaction process.

Other atoms in the space barrier will not experience nuclei instability due to the space barrier.

This will explain it.

Zhao Yi felt suddenly enlightened, and he said to Edward Witten full of joy, "I understand! Edward, you are such a genius!"

After he finished speaking, he ran out the door.

Edward Witten froze on the spot. After thinking about it for a long time, he didn't know what Zhao Yi understood. He muttered a little depressed, "Could it be that the gap is so big? What did I say? Why didn't I have anything?" clear?"

"But I'm a genius? Of course!"

He pursed his lips and nodded, "Now, with your words, I can say that everyone thinks I'm a genius!"

Chapter 536 J-40?Are you sure it's not a joke?

Zhao Yi figured it out.

After obtaining the unstable nuclear structure of uranium 235 during the reaction process, he subconsciously believed that the nuclear structure of uranium 235 would be unstable in a space-barrier environment.

In fact, the instability is only limited to the 'reaction process', not before the reaction. The most powerful proof is that before the nuclear device is started, the uranium rod used as the material does not produce spontaneous fission acceleration.

What Edward Witten said is very reasonable, the effect of force is mutual, the space will squeeze the mass point, but the mass point does not disappear because of this, there must be resistance or camouflage.

Whether it is the former or the latter, if the mass point can exist in the space, it means that it has completed the "plastic deformation". If it is not damaged by external force, the space squeeze will suddenly reduce or disappear, and it will not change because of this.

Therefore, the direct effect of the space barrier is only limited to the process of nuclear fission and the limitation of the outer area of ​​the nucleus, while the nucleus itself is still stable.

If analyzed from a microcosmic point of view, basic particles form protons and neutrons, and then form atomic nuclei, which form the mass points of particles, which have a blocking effect on the space squeeze. The same is true for the combined neutrons and protons. The steady state mainly depends on the limitation of internal force, and will not be affected by the extrusion of external space. However, once the nucleus changes, neutrons, protons or other particles are separated, it will be affected by space barrier.

The weakening of the space barrier leads to a more complete fission reaction.

Zhao Yi continued to study in depth, using mathematics to construct the reaction system, and found that the reduction of the space squeeze effect in the region will also lead to the activity of the neutrons thrown out of the nucleus, which is reflected in the speed and force, because When the space squeezing effect is reduced, the neutrons cannot maintain the microscopic 'inertia', which leads to a decrease in activity.

It's like a person, who is not affected by gravity in the universe, cannot control his own direction, and his mobility will be reduced.

Of course, neutrons have no consciousness, just because in the environment of space barrier, the inherent laws of physics are subverted, the space squeezing force of "boost" is reduced, and the microscopic "particle inertia" cannot be maintained for a long time.

This also explains that in the space barrier environment, the nuclear fission reaction becomes more complete, but the reaction speed does not increase accordingly.

"but……"

"If the squeezing effect of the space on the mass point in the region is weakened, it will also cause a large number of thrown particles to be no longer active, then the nuclear fusion reaction..."

"Is it more difficult?"

The principles of nuclear fusion and nuclear fission are exactly the opposite, relying on the combination of particle collisions. In a space-barrier environment, the activity of particles decreases, which will definitely greatly increase the difficulty of nuclear fusion.

"but……"

"Effective maybe? The particles become inactive and the fusion becomes easy to control?"

Zhao Yi pursed his lips hard, thinking carefully.

In the process of doing space-related theoretical research, he also hopes that theory can provide support for technology, preferably directly transformed into technology.

What he hopes to see most is that experimental research provides theoretical support for controllable nuclear fusion.

Nuclear fusion, also known as nuclear fusion, fusion reaction, fusion reaction or thermonuclear reaction, the reaction principle is just the opposite of nuclear fission, which means that two nuclei are attracted to each other and collide together, and the nuclei are aggregated to generate new heavier mass Although neutrons have a relatively large mass, neutrons can also escape from the shackles of the nucleus during this collision process and be released. The release of a large number of electrons and neutrons is a huge energy release.

This is the opposite form of nuclear reaction to nuclear fission. , but compared to nuclear fission, the benefits of nuclear fusion are too many.

For example, no pollution.

For example, the released energy is more and stronger.

For example, fuel can come from seawater and some light nuclei, so nuclear fusion fuel is endless.

Every nuclear power is working hard to study controlled nuclear fusion, and all relevant scientists believe that controlled nuclear fusion represents the future.

Zhao Yi also hopes to find out the direction of research on controllable nuclear fusion from the space barrier, that is, the experiment in the anti-gravity environment.

The results now appear to be beneficial, but also have side effects for fusion to occur.

"In a space-barrier environment, is it difficult for nuclear fusion to occur? The greater the barrier, the more difficult it is for the reaction to occur..."

"Whether it is nuclear fission or nuclear fusion, what it brings is that the particles become inactive, that is, the reaction process is easy to control."