Genius of the Rules-Style System

Chapter 467: Chapter 282: Transfer the prize money directly to my card!

A week had passed.

Edward was indeed a knowledgeable elder, and Zhao Yi had learned a lot from him about quantum physics, string theory, and some microscopic theories.

Edward also gained a lot.

His direct gain was a more intuitive understanding of the three-dimensional shaking waveform, and he also discussed and calculated some auxiliary fields of string theory with Zhao Yi.

For a theoretical study that only exists in theory, a week’s time is really too short.

Edward felt somewhat unsatisfied. On the last day before leaving, he invited Zhao Yi to Princeton University again, "You can study for your undergraduate degree at Princeton, quickly earn your bachelor’s, master’s, and doctoral degrees, and at the same time, the university will offer you a full professorship."

"Princeton University is a paradise for mathematics. You’ll like it there."

Zhao Yi declined directly, "I’m sorry, I like my current environment and I have no plans to go abroad for the time being."

"What a pity!"

Edward was really reluctant to leave. In the field of research, he seemed to have found a confidant. The waveform diagram was already very impressive. During the week of communication, he found that Zhao Yi’s understanding ability was excellent, and his perception of physics and mathematics always gave him a sense of novelty.

Even...

As soon as the other party understood a content, they could point out the problems with what he had listed.

This is simply incredible!

"Is this genius?" Edward sighed, realizing why Zhao Yi had so many achievements.

Edward also had other gains. He and Zhao Yi reached an agreement to jointly study the boundary problem of multidimensional space and perfect the formula of multidimensional space theory in string theory.

Zhao Yi agreed.

He knew what he was going to study, and was only responsible for mathematical calculations and thinking. As long as Edward had new ideas, he didn’t need to do much work.

This is the cooperation between mathematicians and physicists.

The boundary problem of multidimensional space is to describe the boundary of multidimensional space and to improve the formula for illustration.

For example, the surface of a sphere can be explained by a formula, and knowing the radius can find its surface area.

If there are concave and convex points on the sphere, other formulas can be added.

Through the formula of the spherical surface, we can know what the spherical surface looks like.

The boundary description of multidimensional space is similar, but the difference lies in the boundary of multidimensional space, which is found in the form of a theoretical logical construct, rather than a specific shape or area. What kind of logic and construct it is depends on the imagination, but it must basically comply with the existing basic theories.

For example, no one can claim that there is an iron ball in the gas out of thin air.

This is not in line with basic theoretical logic. fɾeeweɓnѳveɭ.com

If it is said that there is an undiscovered, invisible, and temporarily undetectable fine particle in the air, that is an imagination in line with basic theoretical logic.

Of course.

It is still difficult to understand, mainly because multidimensional space has not been discovered in reality. The description of the spatial margin can only be interpreted with the premise of "existence."

Why can’t multidimensional space be seen or discovered yet?

What could it possibly affect?

What is the basis for its existence?

And so on.

Even after Edward and his students left, Zhao Yi still felt it was very mysterious. He actually agreed to research a theory that could only exist in the imagination and could hardly ever be proven, which meant it would not help him win the Nobel Prize in Physics.

"Alright!"

"I’ll treat it as a way to pass the time..."

Zhao Yi and Edward signed a cooperative research agreement and applied together to their respective universities for a project to study the margins of multidimensional space.

Although Zhao Yi didn’t look up to theoretical research based on imagination, the project name sounded very lofty, at least there are very few similar studies in China.

Domestic attention to theoretical research in physics is not enough.

Ordinary physicists can’t get approval for similar projects, but Zhao Yi was different. He was indeed a mathematics professor who had just proved the Goldbach Conjecture. He was responsible for the mathematical aspects, and his collaborator was the famous Edward Witten. The project was quickly approved, and he even received RMB 200,000 in funding.

These funds... were better than nothing.

After Edward left, Zhao Yi began to think about the main task. The task required winning the Nobel Prize in Physics, which would undoubtedly be very difficult.

Previously, he had only verified a new particle using computer methods, which was the Higgs particle. But even now, it had not been confirmed that the new particle was the Higgs particle.

This was mainly because the experiment intensity at the European Collider was not enough.

Even if the new particle is confirmed and is very likely to be the Higgs particle, due to the insufficient experimental intensity and too little data, it is impossible to test the characteristics of the new particle based on simple data, so it is impossible to determine what the new particle actually is. ƒгeewebnovёl.com

Physics is a rigorous subject. As long as it is not 100% sure, it will not be announced to the public.

If the new particle is the Higgs particle, its discovery would only be considered an achievement at the level of the quasi-Nobel Prize. It might be possible to win a computer science award, but it still falls a bit short of winning the Nobel Prize in Physics.