Rule department scholar

The corners of Liu Chengjie's mouth turned up as he spoke, as if the super genius was himself.

He also added, "Yan Yi, you can also call him Zhao Yi directly. In fact, when Zhao Yisheng was Professor Zhao Yisheng, I also called him Professor Zhao. Later, Zhao Yi said that he was not used to this name."

Yan Yi immediately looked at Zhao Yi.

Zhao Yi gave a strong smile, nodded and said with a smile, "You can just call me Zhao Yi, I'm not used to professors or something."

He then glanced at Liu Chengjie.

There is actually nothing wrong with what Liu Chengjie said, and there is admiration for him in his voice, but this guy is definitely trying to find something to say, subconsciously using him to get closer to Yan Yi, expressing his care, care, etc. for Yan Yi.

This is unbearable!

"There must be a lot of settlement bonuses for this project." Zhao Yi thinks carefully and can at least have a balance of more than 150 million. In theory, the funds are all from the research institute, but the laboratory is the one that contributes, and half of the funds will be directly to the lab.

Bonuses can be issued at that time.

In the past, there were only four people in the laboratory including him, and it was quite impressive to distribute [-]% or [-]% of the bonus. After it became five people, it felt like a part was missing.

Yan Yi is a newcomer or a part-time job, so she definitely can't give out too many bonuses.

So……

Deduct part of Liu Chengjie's bonus and send it to Yan Yi!

"Just say it when the time comes, Liu Chengjie shouldn't object, right? He likes to take the initiative to take care of Yan Yi so much..."

"Yes, he must be willing!"

"What a great idea!"

……

When Zhao Yi was still immersed in the life of study and research, he suddenly received a message from Edward Witten.

"Zhao Yi, I have an idea!"

Edward was very excited to video chat with Zhao Yi, his face turned rosy with excitement, "I sent some information to your mailbox, you can download it first."

"it is good."

Zhao Yi opened the mailbox and looked at it, and found that there were several packaged files, all of which were named 'Four Elements of M Theory', 'A Demonstration of Hyperdimensional Space', 'Illusion of Ten-Dimensional Space', and so on.

He felt a little headache.

Edward continued, "Have you seen it? It's all classic content, some of which are my own research."

This is really not bragging.

String theory is an important branch of theoretical physics, and Edward Witten is a representative figure in the study of string theory.

It is recognized all over the world that Edward Witten is the main researcher of string theory. He has made many achievements and made great contributions in expanding and perfecting string theory.

If string theory is magnified to the whole of physics, Edward Witten is even greater than Einstein, because he has been recognized as 'string theory No.1'.

Edward explained the content of the past, and then asked, "Do you know the supersymmetry of M theory?"

"of course."

Zhao Yi nodded and said.

When supplementing the knowledge of theoretical physics before, he introduced and researched a lot of string theory, and also studied the mathematical system of string theory, so he would naturally know the supersymmetry problem of M theory.

Supersymmetry in M-theory.

M theory can be understood as "the end of the evolution of string theory". It is proposed as the "ultimate theory of physics", hoping to explain the nature and interaction of all matter and energy through a single theory. Its theoretical content A theory of supergravity that combines five superstring theories and eleven-dimensional space.

To understand M theory, you can give a simple example.

For example, Go.

In the game of Go, there are only a few rules such as whether to encircle or not to encircle, and the game between black and white chess pieces can produce ever-changing games.

Similarly, many physicists believe that nature is governed by a few rules and that there are an infinite number of states and structures that are permitted by these governing laws.

Any force that has not yet been discovered must be extremely weak, or its effects will be strongly limited, either within extremely short distances, or only on extremely special individuals.

The two pillars of physics are quantum mechanics and general relativity, but the two are completely incompatible: general relativity violates the rules of quantum mechanics on the microscopic scale; while black holes violate the rules of quantum mechanics itself on the other extreme scale. Basic challenge.

Faced with this dilemma, Salam and Weinberg's unified theory of weak electricity simplifies the two laws that describe the electromagnetic force and the weak force into one law.

The ultimate goal of M-theory is to use a law to describe all known forces (electromagnetic force, weak force, strong force, gravity).

Like string theory, the key concept of M theory is supersymmetry, which refers to the symmetry between bosons and fermions.

Bosons have integer spins, while fermions have half-integer spins.

In supersymmetric physics, all particles have their supersymmetric partners with exactly the same quantum numbers (color, charge, baryon number, lepton number, etc.) as the original particle.

The super partner of boson must be fermion; the super partner of fermion must be boson.

Although the existing theory supports this statement, it has not been proved so far, and it is not known how to prove it.

Edward continued, "I was inspired by your particle energy theory. We can use the same method to output the energy distribution of bosons and fermions mathematically."

"As long as we construct the energy distribution law that conforms to the particle law, we can expand it to analyze the energy distribution law of the multi-dimensional space boundary and find the 'mathematical symmetry' of the space boundary."

"I believe that it will be beautiful mathematics, and maybe we can infer the structural characteristics of multi-dimensional space..."

Edward began to think about it as he spoke.

Zhao Yi's scalp felt a little numb when he heard it, he felt as if he was listening to a believer preaching about the gods.

In fact, it's about the same.

Edward Witten's belief can be said to be string theory, and he can be said to be "deeply convinced" of string theory. It is precisely because of this belief that he has been able to study for no reason, find out various methods, and seek To perfect and prove string theory.

Zhao Yi's feeling is different, he is not a faithful believer in 'string theory'.

There are even some doubts...

What about multi-dimensional space and string energy? It sounds a bit too fantasy. The most important thing is multi-dimensional space, because it does not exist in reality, so what if it is demonstrated?

However, Zhao Yi is not opposed to doing research.

Anyway, there is no idea in physics. If you follow Edward Witten's idea, what if you can gain something?

Anyway, he was in charge of math problems.

In the process of solving complex theoretical physics, there is indeed a great sense of accomplishment in the pursuit of making the mathematical framework beautiful.

3 ten chapters, one natural science first prize every year

The idea of ​​Edward-Witten is just to break through the supersymmetry problem of M-theory, and to seek the particle division and composition to describe the boundary of multi-dimensional space.

What Zhao Yi has to do is to describe the energy distribution of bosons and fermions using the mathematical method in the particle boundary theory.

Based on the mathematical analysis of energy distribution done by Zhao Yi, Edward-Witten seeks to solve the supersymmetry problem of M theory, and then uses this as a breakthrough point to analyze the energy distribution of the boundary of multidimensional space, so that the boundary of multidimensional space can be analyzed. properties, make a reasonable inference and overview.

Edward's thoughts were orderly and logical, even Zhao Yi and Edward had been discussing for an hour, but after turning off the video call, Zhao Yi directly complained, "Two psychopaths!"

"Two patients!"

"Go and see the heart doctor!" He scolded himself because he actually felt that what Edward said made sense.

This is very depressing.

Zhao Yi dragged his chin and thought about it carefully, and felt that Edward's so-called "organization and clear logic" was based on the enthusiasm for string theory and the foundation of everything being achievable.

He was "biased".

The video conversation just now was like two psychopaths, discussing enthusiastically how to become a god together.

Edward's "logical and clear" listed methods, "You find the principle of how to cultivate, and I will find the method to break the limit of human beings."

"We practice together and discuss together."

"Finally become gods together!"

Although the two things seem to have nothing to do with each other, the general meaning is the same. It sounds like a logical connection, but it is not easy to realize every step.

"However, it's also very interesting."

Zhao Yi smiled after thinking about it carefully. Establishing a perfect mathematical framework in theoretical physics is indeed a very attractive thing, just like an artist building a perfect work, the process of completion is very attractive.

But how to do it is still very complicated.

Edward seems to say very clearly, that is to use the mathematical method in the "particle boundary theory" to describe the energy distribution of bosons and fermions.

But in fact, this is a very nonsense statement.

The "Particle Boundary Theory" itself is a kind of "conjecture" and "hypothetical". It is only an analytical theory, which is mainly used to explain many physical imaginations.

For example, why do particles keep moving?

For example, why do particles dissipate at the moment when they are affected by the outside world and stop using them?

The 'Boundary Theory of Particles' assumes an explanation of the boundary energy distribution to explain the reason for the existence of these imaginations. In the follow-up promotion, a simple 'inference' is made on the energy distribution of several kinds of particles.

However, 'inference' is ultimately just an inference.

The energy distribution of bosons and fermions can also be "deduced", but do you want the inferred energy distribution results to explain all the characteristics of bosons and fermions?

Super difficult!

Almost impossible to do, okay!

It's like using the known mathematics and physics knowledge to explain the magic principles of the gods, and to explain all the effects of magic that conform to theoretical knowledge and principles, and at the same time?

Zhao Yi felt his head was getting bigger.

Staring at the content sent by Edward, an article explaining the mathematical structure of M theory, the train of thought has gone astray, "The geometric topological carrier of M theory includes Fermat's conjecture and Riemann's conjecture?"

"This mathematical argument is very good, but Fermat's conjecture and Riemann's conjecture are not proved, right?"

"So the geometric topology of M-theory can also be said to be a conjecture..."

……

Zhao Yi thought for a whole day, and when he walked out of the staff dormitory, he looked a little listless.

He walked out tiredly.

Qian Hong walked out the door in good spirits, and called out from behind, "Zhao Yi?"

"Ok?"

Zhao Yi turned his head and looked Qian Hong up and down, skirt, stockings, high heels, light-colored shirt?

Still wearing makeup?

"You are..." He pointed up and down.

Qian Hong blushed slightly, and said two words very forcefully, "A date!"

"With girlfriends?"

"With her boyfriend, of course!" Qian Hong gritted her teeth and corrected her vigorously, while staring carefully at Zhao Yi's face.

Zhao Yi nodded lightly and said, "Oh, no wonder, but...do you really have a boyfriend?"

"I want you to take care of it!"

Qian Hong stomped her feet vigorously, as if unwilling to talk to Zhao Yiduo, she left in a hurry.

Zhao Yi shook his head and continued to walk out. At the door of the building, he ran into Qian Hong. She stood there and turned her head to ask, "What's the matter with you? You look listless?"

"I've been thinking about something for a day."

"Thinking about what?"

"It's what I'm studying, physics. Professor Witten, who I collaborated with, thought of a breakthrough in the study of multidimensional space, but the argument was very difficult. Do you know supersymmetry?"

"Barbara..."

Zhao Yi and Qian Hong talked a lot.

Qian Hong walked and listened, and kept nodding slightly, but when meeting acquaintances, she could always wave and say hello, obviously not taking it too seriously, or simply not listening at all.

Zhao Yi didn't care too much, he just narrated it, and maybe he would get some inspiration after saying it.

The entrance of the staff canteen.

Zhao Yicai stood still and asked strangely, "Great... Sister Qian Hong, aren't you going on a date?"

"Yes!"

Qian Hong nodded lightly, and said with some gloom, "The appointment was originally at the shopping mall, but he suddenly said that he was in the staff canteen, and the distance here is relatively close."