With Xu Chuan's departure, the entire lecture hall suddenly became lively.

Everyone was discussing, and the commotion spread like a tidal wave from the center to the surroundings.

At an international symposium on mathematics, a world-class physics problem emerged and seemed to be solved, which was the core of the discussion.

Of course, there are also a lot of discussions about Xu Chuan himself.

After all, today's discussion is in the field of mathematics, and the mathematicians present may be more concerned about the degree of gossip than whether a physical problem can be solved.

For example, how many of the big guys' mathematical abilities can be ranked in the history of the mathematics community?

Or maybe the seven millennial puzzles this guy can solve a few or so on.

Compared with studying a physics problem that you don't understand, these things resonate more with the mathematicians present.

Of course, not everyone is talking about these things.

In the front row of the lecture hall, Deligne curiously studied the blackboards on the lecture table, and asked Edward Witten, who was standing beside him, with great interest, "Do you think he can do it?" ”

Although he is not very concerned about how the physics community can see whether the problem of strongly correlated electronic systems has been solved, he is still quite interested in the mathematical formulas themselves written simply from the blackboard.

Although he couldn't fully understand the formulas, he could sense something different from them.

It seems to have something to do with another millennial conundrum.

Of course, his perception was not necessarily accurate, after all, he had hardly studied the millennial problem, which belonged to the classification of mathematical physics.

Witten stared at the blackboard for a long time before taking a deep breath and saying, "Although I am a physicist, I am not good at condensed matter physics. ”

"Honestly, even the things on the blackboard, it might take a while for me to fully understand them."

"What about the feeling?"

Witten was silent for a moment, not knowing what he was thinking, before he shook his head and said, "I don't know." ”

Deligne: "??? What is the answer? ”

Staring at the blackboard on the table, Edward Witten thought for a moment and said, "Although physics and mathematics complement each other, they are two completely different fields. ”

"Especially in the field of condensed matter physics, which involves real-world materials and requires a lot of experiments to demonstrate, it is difficult for me to make judgments."

After a pause, he continued, "More importantly, he didn't write all the answers. Although it is indeed a feasible way to explain in terms of dimensions. ”

"If he had given all the answers and the process, maybe I would have been able to judge. But now, I'm afraid I can only wait for him to finish sorting out his thoughts and upload them to the arxiv website. ”

After saying that, he was silent for a moment, thought for a moment, and added: "If you think he can do this, I believe it." ”

"Even if he can't solve this problem this time, I believe he can solve this problem in the future."

"After all, he's still so young."

Hearing this, Professor Deligne also remembered something and fell silent.

Today's report meeting is probably the deepest feeling for him in all these years.

And in the corner of the lecture hall, a few students who came to see the world look at me, I look at you, and look at each other.

"Professor, is this proven?"

Looking at the tutor who had already left the lecture hall, Rong Xinji couldn't help but swallow and ask.

The other four looked dazed.

They're a bunch of math goggles who know this.

After looking at each other for a while, Yin Shi, the only girl among the students, said cautiously: "Don't count, didn't the professor just say that he hadn't solved it yet, it seems that he just had an idea?" ”

Another doctoral student, Tong Yang, said, "Anyway, what should we do now?" Should I go back to the hotel to find the professor, or should I stay here? ”

Hearing this question, the other three freshmen also turned their eyes to their senior brother and stared at Cai Peng.

Their instructor pretended to be a β and ran away, but what should they do if they were attending such a large seminar for the first time?

was stared at by several juniors, and Cai Peng's face was also a little unnatural.

It all depends on what he does, he is not familiar with it, and it is the first time for him to participate in this kind of meeting.

After thinking about it, he still decided to shoulder the responsibility of the senior brother, coughed, and said, "Stay here, it's good to have more contact with other big guys." ”

"As for the professor, at least I don't think I've been able to see anyone else for the last few days, so don't bother him with his research."

Not to mention the chaotic lecture hall because Xu Chuan left. Walking straight out of the building, he had already got into Zheng Hai's car and headed towards the Aman Summer Palace.

Pushing open the hotel room, he went straight to the study and sat down at the desk.

That's right, the hotel room provided to him by Mizuki University also has a series of rooms such as a study, bedroom, living room, etc., and it can be said that almost all household things can be found in it.

Taking out the laptop he carried with him from his backpack, Xu Chuan flipped the screen and clicked on the document that had studied the problems of strongly related electronic systems some time ago.

Immediately, he couldn't wait to pull out a stack of A4 paper from his backpack as manuscript paper, and quickly wrote a title on the first page:

【The Influence of Dimensional Space on the Properties of Strongly Correlated Electronic Systems!】 】

Looking at the title presented on the manuscript paper, Xu Chuan's eyes flashed with excitement.

"The influence of dimensions on the nature of strongly correlated electronic systems, and the use of dimensions to establish a unified method for the entire strongly correlated electronic system, why did I not think of this before?"

Muttering to himself, he continued to finish his unfinished inspiration in the Mizuki Lecture Hall.

Inspiration often comes at an unexpected time.

Xu Chuan also did not expect that at this International Mathematical Symposium, a decision he made unintentionally would bring him such a big gain.

The communication with his former mentor not only allowed him to completely sort out his understanding of the strong electron correlation system, but also gained new inspiration because of one sentence.

In the previous life, he studied physics and expanded in the field of condensed matter, and the mathematics and knowledge he learned in this life were perfectly integrated at this moment, opening up a new path.

And all the time in this process, all the effort and effort, at this moment got the greatest reward.

[The influence of dimensional space and correspondence in strongly correlated materials!] 】

【. The oscillation caused by the magnetic flux vortex motion and the Weber blocking effect can form van der Waals heterojunctions between different low-dimensional thin films, and their physical properties can be controlled by symmetry engineering methods such as torsion and stacking. 】

[For example, the study of the superconductivity of corner bilayer graphene, the strong diamagnetic mechanism of KL-66 material, etc.] Novel physical properties of interfaces can also be studied by stacking thin films with different physical properties on top of each other, such as the study of superconducting/ferromagnetic heterogeneous interfaces. 】

【. 】

[The strongly correlated electronic mathematical system born based on dimensional space is theoretically adapted to the K/U0(1) system.] That is, it should be systematically adapted to most of the strongly correlated systems! 】

I don't know how many days have passed, when the last sentence and the last symbol fell on the manuscript paper, Xu Chuan's right hand holding the ballpoint pen trembled slightly, and his eyes flashed with a blurred light.

If physics is the study of the laws and logic of nature, mathematics itself is logic.

Then at this moment, he is the God who has mastered this logic.

At least, yes in strongly correlated electronic systems.

Standing at the most intuitive angle, overlooking the beauty of the whole world, he was extremely intoxicated.

At this moment, he took a big step forward from the rules of the universe and the truest logic in the universe.

If one day, he can lift all the veils of this universe and see the truth shrouded in fog, then everything in life will be worth it.

Even if it is a morning message, he will die at night.

His answer is still yes, yes!

PS: Make up for yesterday's second chapter, ask for a monthly pass.