I am devoted to scientific research, but you want to trick me into having a love relationship?

Chapter 511: A tool that subverts analytic number theory?
November 12, 1 a.m.

"This girl."

On the Wrangler, Xu Qingzhou looked at the lipstick on his cheek in the mirror and asked him to stamp it before leaving.

He shook his head, wiped it clean, started the car and drove towards MIT.

The seminar started at 9 o'clock, so he planned to go to the lab first.

"Oh, professor, so handsome!" Mars exclaimed as he looked at Xu Qingzhou in a suit.

Sun Simin's expression also brightened. Although she saw the photo of Professor Xu wearing a suit on the Internet, she was still amazed when she saw it in real life.

It would be great if Senior Sister Song could come too. She would look super beautiful in a dress.

Student Xiao Sun strongly supported the couple in his heart.

"Low-point."

Xu Qingzhou was a little helpless with this energetic guy, so he sat down in front of the computer and checked the data.

Carson also arrived, and after praising Xu Qingzhou's suit, he hooked up with Mars and whispered, "Hey, how was your night last night?"

"That's so exciting!" Mars showed an expression that all men understand.

Sun Simin lowered her head to read a book, looking beautiful alone, and didn't want to get involved in the strange topics between the two people.

These two people are now as close as a pair of pants.

We often make plans to go to the bar to have fun.

Fallen.

Carson has a tough girlfriend who often gets beaten up, and Mars is lazy and has no ambition to make progress.
She couldn't help but look at Xu Qingzhou on the side, thinking that it would be better to have someone like her idol who is upright, gentle, mature and steady. This is the standard for finding a boyfriend.

Xu Qingzhou stayed in the laboratory for more than ten minutes, checked the data, pointed out two parameters that could be changed in the experiment, arranged the tasks, and then set off for Kresge Auditorium.

This is the main venue for today's lecture, located on the southeast side of the main campus and is one of the largest lecture venues at MIT.

As December approaches, the winter atmosphere becomes stronger, and the branches of trees on the roadside are covered with thin white frost, which complements the classical gray tones of the buildings.

At this time, although the sun had come out, there was still a hint of morning coolness in the air, which made Xu Qingzhou tighten his collar.

On the first day of the number theory seminar, MIT was more lively than usual, and foreign scholars coming to exchange ideas could be seen on the streets at any time.

"Hi, Professor Xu."

Outside the auditorium, some familiar professors were already greeting me.

"Good morning, Sir."

Xu Qingzhou responded with a smile one by one. As soon as he arrived at the auditorium, he met an acquaintance, the Fields Medal winner, Terence Tao.

Tao smiled gently and said, "Good morning, Professor Xu. I am looking forward to your report today."

"Good morning, I hope I don't disappoint you." Xu Qingzhou was not surprised by this person's appearance. You know, even if we take number theory alone, Terence Tao can definitely be called a master mathematician.

Terence Tao asked: "I heard that you are researching superconducting films and lithium-ion batteries?"

"Yes, I have been studying mathematics for a long time, so I try to change my field."

"It's a great idea. When I was young, I also wanted to try new fields. Obviously, I failed because I don't have a talent for physics or chemistry," said Terence Tao.

“Those mathematicians who admire you should be thankful, otherwise, they might lose an idol.”

"Hahaha." The two chatted as they walked into the auditorium. The auditorium could accommodate about a thousand people, and most of them were already seated.

After greeting his acquaintances such as Academician Xu Shihui of Xia State and Senior Brother Yang Yongze, Xu Qingzhou found his seat and sat down, took out the manuscripts he had written over the past few days, and constructed a complex function system that satisfies supersymmetric algebra.

He decided to start with the Riemann hypothesis and first think of a way to prove that non-trivial zeros are symmetrically distributed along the critical line, which is the supersymmetric zeta function.

However, progress has been slow, and at least for now it remains at a conceptual level.

The seminar officially started at 9 am.

Ike Carlisle, chairman of the MIT Department of Mathematics, delivered a speech and introduced the theme of this conference.

The process was simple and soon entered the academic report session. Amid warm applause, Xu Qingzhou calmly walked to the podium in front.

"Good morning, ladies and gentlemen."

After Xu Qingzhou greeted everyone, he quickly got to the point:
"My report today is mainly divided into four parts. The first is the prime dimension revolution, which will start with the Cramer conjecture. The second part is the geometric explanation of zero-point repulsion. The third part is the connection between string theory and prime number distribution, and finally, quantum entanglement and prime number pairs."

"The Riemann hypothesis constrains the distribution of the zeros of the zeta function, similar to how Einstein's equations constrain the curvature of spacetime in general relativity."

Everything is going smooth.

As the 60-minute report came to an end, Xu Qingzhou gave a brief summary and then entered the question-and-answer session.

"Professor Xu, could you please elaborate on the part about ξ(z) in Section 5, Paragraph 3 of your report?"

A scholar stood up to ask a question.

Xu Qingzhou found the corresponding location.

ξ(z) is a function he constructed when solving the Riemann hypothesis. It is quite complicated and is related to the Cauchy-Riemann equation, but due to the length of the report, he omitted the process in his explanation.

He nodded. "Thank you for your question. Here, we need to prove that in a very small ε region close to the critical line y axis, that is, 0<|x|<ε, the function ξ(z) has no zeros."

"Professor Xu, you have included physics knowledge in your report. Will you do research in the field of mathematical physics in the future?"

A young scholar asked a question.

"Maybe. These days I've been thinking about whether it's possible to construct a supersymmetric zeta function and a gap dynamic sieve method. Of course, these are all words I invented myself. I use them to deconstruct analytic number theory, hoping to make it evolve from "craftsmanship" to "unified theory." This will be a very difficult task."

wow~
Xu Qingzhou's words were like a bomb thrown into the water, instantly causing huge waves.

Supersymmetric zeta function, gap dynamic sieve method. Brand-new mathematical concepts, extremely bold and even crazy ideas for the deconstruction of analytic number theory.

The originally quiet auditorium was suddenly filled with discussions and exclamations.

"This kid..." Academician Xu Shihui had a surprised expression, and exclaimed that this kid was really bold. Next door, Yang Yongze and Academician Xu's student Zhao Zhenglai looked at each other and could see admiration in each other's eyes.

In the middle, Tao Zhexuan fell silent, thinking about the meaning of Xu Qingzhou's words, and showed an interested expression.

The young scholars sat down excitedly, full of expectations for the future.

At this time, a white-haired old man stood up. When someone asked a question, the discussions at the scene gradually died down.

The white-haired old man stared at Xu Qingzhou and asked in a deep voice: "Professor Xu, have you achieved corresponding results in this regard?"

Xu Qingzhou shook his head and said, "This is just a little bit of my thoughts on analytic number theory. It is still at the conceptual and theoretical stage."

"Professor Xu, thank you very much for your wonderful speech, but I need to point out that any theory should have its own proof process. Supersymmetric algebra and quantum models belong to the field of physics and are not mathematically rigorous."

The old man looked serious.

(End of this chapter)