Rule department scholar

Zhang Wei was using a small blade to work hard at a huge crab claw. Her face was sweating and she was gnashing her teeth, as if she was screwed to the crab's leg.

Deng Bingcheng stared dumbfounded, and finally knew where the king crab just came from.

That's it!

Zhang Wei is doing the work of separating the nerves of the crab's legs, but she doesn't seem to be very good at handling crabs, so she has been gritting her teeth and working hard.

Zhu Qi hurried over to persuade, "Zhang Wei, you can't do this. Be more steady, more steady, and use a magnifying glass to assist, you are wasting too much material like this!"

"It will definitely work this time!" Zhang Wei gritted her teeth and said.

At this time, Fan Lei opened the door and walked in, and said with a smile, "You don't understand, there are not enough crabs, sister Zhang Wei did it on purpose, otherwise, with so many of us, how could we be full!"

"Get away!" Zhang Wei cursed angrily.

The others covered their mouths and sniggered.

Zhu Qi wanted to help out, his 'sword skills' were better than Zhang Wei's.

Deng Bingcheng said suddenly, "Let me try it!"

"You know this?"

"Did it."

Deng Bingcheng said calmly.

Zhang Wei put down the work in her hands, let out a sigh of relief, and simply walked to the sink, and then handed over a pair of gloves and tools.

Deng Bingcheng took the tool, and separated the crab's leg nerves in three or two strokes smoothly, and said, "King crab, the leg nerves are really thicker than ordinary crabs."

"..."

"..."

Zhang Wei and Zhu Qi looked at each other, they felt that Deng Bingcheng seemed to be faking, but the other party's movements were indeed clean and neat.

Deng Bingcheng didn't stop what he was doing, and took another crab leg beside him. Like a professional chef, he removed the hard shell on the leg in three or two strokes. After a few knives, even a magnifying glass was useless, so he directly removed the crab leg. The nerve was cut out.

Zhu Qi muttered for a long time before saying, "Dr. Deng, you are really capable!"

"Yes!"

Zhang Wei nodded sympathetically, she had been tormented by the crab's leg nerves for a whole morning.

Now replaced by Deng Bingcheng, it seems to have become a daily job...

its not right!

Fan Lei suddenly said loudly, "I know! Dr. Deng is a doctor! He is also a neurosurgeon, and he cuts his head every day..."

"This knife skill, I think it can carve flowers!"

Deng Bingcheng smiled indifferently, and the others nodded in amazement. Those who can go to the operating table to do brain surgery, the knife skills can't be bad. It's really easy to separate the nerves in the crab's legs.

Zhang Wei let out a breath, feeling that she didn't complain at all about the loss.

So is Zhu Qi.

With the experience of separating the nerves of crabs, Deng Bingcheng, Zhang Wei, and Zhu Qi also became acquainted, and they went to the hall to eat together.

Deng Bingcheng asked suddenly, "Why didn't you see Academician Zhao?"

"Zhao Yi?"

Zhang Wei shook her head and said, "He rarely comes."

"Very few?" Deng Bingcheng was a little puzzled. After receiving such a large project, the main researchers rarely come to the laboratory?

What is the logic?

Fan Lei said, "Zhao Yi is very busy, there is always something to do." After finishing speaking, he continued to add, "But even if there is nothing to do, he won't come, he would rather sleep at home."

"..."

Deng Bingcheng had a strong puzzlement expression on his face.

Everyone else didn't care, obviously they were used to it.

Zhang Wei said, "In short, it's good to get used to it. Usually, you can't see it, but if there are important experiments, he will definitely come."

"Oh."

Deng Bingcheng could only suppress his doubts.

the other side.

Zhao Yi was working in front of the computer. He kept browsing the documents and materials, which were all related to his particle boundary theory.

Among them are the basic energy system framework, supersymmetry argument, mass-energy structure theory and the latest powerful analysis.

He is thinking about a problem.

In the morning, there was a news about the launch of a satellite in the news, and it also talked about the launch vehicle in detail, praising the development of domestic aviation.

Then, Zhao Yi thought of a question——

gravitational!

Launching a satellite requires a launch vehicle because there is a huge gravitational force, which will bind objects with mass on the planet, and a huge driving force is required to lift the object into the sky.

So, how can you 'get rid of' gravity?

Probably many people have dreamed that they can fly, not by flapping their wings, or sitting on a vehicle, but becoming a cultivator, or flying directly off the ground like a superman.

Can this dream come true?

If it was a few years ago, Zhao Yi would have scoffed at it, but the research on the boundary theory of particles has gone deep into the present, and he thinks it is worth thinking about. With the boundary theory of particles, the analysis of space and gravity can be transformed into --

Is there a way to lessen the repulsion of space to mass?

If there is a method that can reduce the repulsion of space to mass, it can reduce the effect of gravity on objects with mass, and the corresponding gravity will naturally decrease.

How to do it?

"Space is everywhere, even the tiniest particle, there is space around it, and a little mass in the center will be repelled and squeezed by space, and close to form gravity."

"In my theory, gravity is the squeeze of space on 'mass sources' (2 to the Nth power of 'sources'), and particles without 'mass sources' can be perfectly integrated into space without being disturbed by space .”

"Then is it possible to find a way to make the particles containing the 'mass source' 'disguise' as particles without the 'mass source', so as to escape the squeeze from space?"

Zhao Yi thought along the train of thought.

This idea is simple to say, but it is very, very difficult to achieve, because space is everywhere, and particles without a "mass source", such as photons, can indeed ignore space (the speed can reach the theoretical speed of light), but It does not mean that there is no space inside the photon, it is like a fish, it has been perfectly integrated into the water, inside and outside...

"If not?" Zhao Yi's thinking suddenly stopped.

Photons can indeed reach the theoretical speed of light, are not affected by space, and are completely weightless.

but……

What if the photon itself is a form of camouflage?

For example, the inside of its core itself has mass, but because the surrounding energy arrangement does not contain the "mass source", the space induction is shielded, so that its core is not repelled by space, and what is reflected is that it has no mass .

Zhao Yi frowned tightly, he found himself in a paradox.

It can be understood in this way.

That's okay to understand.

If you just think about the principle, it seems that everything can be said.

He gave a wry smile.

It doesn't make sense to speculate out of thin air, and everything still needs to be done with mathematics.

Chapter 494 'Stupid' is really great!

It is not an easy thing to use mathematical methods to solve, and to verify whether the energy composition of photons is a kind of 'camouflage' for repelling space squeeze.

Even if it is only within the framework of particle boundary theory, there is no way to complete it, because there is a problem that cannot be avoided--

space.

In Zhao Yi's current research, what is related to space and mass is the repulsion of 'space to the Nth power of 2', and the analysis of gravity and strong force.

Both are just a mathematical discovery, not a mathematical explanation of 'why 2 to the Nth power sources are repelled by space'.

In other words, he didn't complete the analysis of space, so he couldn't find a way to shield or reduce space exclusion.

In fact, it is the Higgs field that is directly related to space. Zhao Yi’s initial research ideas also started from the Higgs field. The agreement between him and Edward Witten is that he will do the analysis of three-dimensional particles, and Edward Witten Teng does multi-dimensional space analysis.

Now he has almost opened up the passage of the three-dimensional particles to the Higgs field, but there has been no progress on the other side, as if digging holes from both sides together, one side has been completed, and the other side has just started, and has been in the state of 'can't dig. moving' state.

In this case, it is naturally far away to complete the analysis of space.

Zhao Yi thought about it for a while, but he just crumpled the toilet paper into a ball and threw it into the trash can accurately, then complained gloomily, "It's all Edward's fault, this guy is so stupid!"

"I can't bring it up at all! It's really unlucky to do research with him!"

the other side of the earth.

Edward Witten was in the office, thinking about the shape of multi-dimensional space. Naturally, imagining it out of thin air was fruitless. He could only rub his forehead with his hands. Finally, he picked up the pen and wrote down a series of columns that he had written countless times. Mode.

"Ah~"

He sighed deeply, "Mass is repelled by space, but mass may be the most basic constituent element of multidimensional space."

"Then multidimensional space can be understood as... a black hole?"

"Or something else?"

"If black holes are multi-dimensional space, and multi-dimensional space is everywhere, black holes in the universe are just a corner of the projection of multi-dimensional space?"

Edward thought and thought, and finally heaved a sigh. Knowing that he didn't have a good idea for the time being, he suddenly sneezed out of thin air, frowning and said strangely, "I don't think I have a cold, right? It's not a sneezing caused by stimulation..."

"Could it be that God is reminding me that what I just thought is correct?"

Edward's eyes lit up immediately, and he immediately devoted himself to the research seriously.

……

In the next few days, Zhao Yi searched a lot of relevant information and read more than a dozen papers on space and particles.

He found a related paper, which was published in the "Physical Review" 20 years ago by Professor Li Ning from the University of Alabama, and the content was related to superconducting antigravity.

The explanation of "superconducting antigravity" in the paper is very clear, which means that the lattice ions in the superconducting material will be in the same quantum state and rotate rapidly after absorbing the energy of the external electromagnetic field, which will produce a random A time-varying gravitational field in which the gravitational force of the earth on an object that is not subject to electromagnetism will change.

In the published paper, Professor Li Ning predicted that this superconducting gravitational field can offset the original weight of the object.

Zhao Yi carefully read the argument, because it was published in "Physical Review", it can be equivalent to just expressing an opinion. Maybe Li Ning has studied it for a long time, but his point of view has not been recognized.

Zhao Yi was very interested in the content of the paper, "Should I talk to Professor Li?"

The reason why I want to communicate with Li Ning is because he has almost no research on superconducting materials, electromagnetic fields, and conductive ions.

Definitely need a professional in this area.

Li Ning can publish the view of anti-gravity in the special state of superconducting materials, and he will definitely have in-depth research on related content.

Zhao Yi knew Professor Englis of the University of Alabama, so he sent an email to Englis, hoping that he could help introduce Professor Li Ning.

Englis' middleman did a good job, and he quickly got Li Ning's contact information.

……

Li Ning is an overseas student from China. He graduated from the Department of Physics of Capital University in the 70s. Later, he went to country M to study for a doctorate.

Although he has obtained the position of full professor at the University of Alabama, Professor Li Ning is not well-known in the world, because his superconducting anti-gravity theory has not been proved and is not recognized by the mainstream physics community.

Li Ning is almost 60 years old. He has done theoretical research all his life, but the results have not been proven. At least so far, his scientific research has failed.

Of course.

This is true of most scientific researchers, especially those engaged in physics and theoretical research. They are often top geniuses, but it is difficult to achieve any results after a lifetime of research.

Now Li Ning is beginning to doubt whether his theory is correct, because the theory of "superconducting gravity" is not difficult to prove experimentally. Compared with those theories that require particle collisions to prove, his theory is much easier.

However, no matter how the experiment was designed, the decrease in gravity could not be detected.

"The theory is wrong?"

"A lifetime of research is wrong..." Just thinking about this possibility, Li Ning feels disheartened. More than 30 years ago, he came to country M for the dream of scientific research, but his lifetime of research turned out to be just a mistake. With the results of the shot, life is too much of a failure.

In this state of mind, Li Ning seemed a little decadent.

When Englis told him that Zhao Yi was interested in his theory, Li Ning stared wide-eyed, with a look of disbelief, "You are not lying to me, right? Dude?"