Chapter 511: A tool that subverts analytic number theory?

December 1st, 8:00 AM.

"This girl."

In the Wrangler, Xu Qingzhou looked at the lipstick on his cheek in the mirror. She had to put a stamp on him before he left.

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

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

"Oh, Professor, too handsome!" Ma Ersi exclaimed, looking at Xu Qingzhou in a suit.

Sun Simin's expression also brightened. Although she had seen photos of Professor Xu in a suit online, seeing it in reality was still stunning.

If only Senior Sister Song had come together. Senior Sister Song must look super good in a dress.

Junior student Sun fiercely shipped the CP in her heart.

"Keep it low profile."

Xu Qingzhou was a bit helpless about this energetic guy. He sat down in front of the computer and checked the data.

Carson also arrived. After praising Xu Qingzhou's suit, he hooked up with Ma Ersi and whispered: "Hi, how was last night?"

"Too exciting!" Ma Ersi showed an expression that every man understands.

Sun Simin lowered her head to read, beautiful on her own, not wanting to participate in the strange topics between the two.

These two are now so good they wear the same pair of pants.

They often make appointments to go to bars to have fun.

Degenerate.

Carson has a tough girlfriend who often cleans him up; Ma Ersi is sloppy and doesn't think about making progress...

She couldn't help but look at Xu Qingzhou on the side, thinking to herself that it's better to be like her idol, full of righteousness, gentle, elegant, 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 set off for Kresge Auditorium.

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

Entering December, the winter atmosphere was stronger. The branches of the trees on the side of the road were covered with white thin frost, which complemented the classical gray tone of the building.

At this time, although the sun was out, there was still a trace of morning coolness lingering in the air, making Xu Qingzhou tighten his collar.

On the first day of the number theory seminar, MIT was even more lively than usual. Foreign scholars who came to communicate could be seen on the road at any time.

"Hi, Professor Xu."

Outside the auditorium, familiar professors were already greeting him.

"Good morning, sir."

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

Tao Zhexuan smiled gently and said: "Professor Xu, good morning. I'm looking forward to the report you bring today."

"Good morning. I hope I won't let you down." Xu Qingzhou was not surprised by this person's appearance. After all, even if number theory was taken out separately, Tao Zhexuan could definitely be called a master-level mathematician.

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

"Yes, after researching mathematics for a long time, I'm trying to change fields."

"Very good idea. When I was young, I also wanted to try new fields. Obviously, I failed; I didn't have the talent for physics or chemistry." Tao Zhexuan sighed.

"Those mathematicians who worship you should be glad; 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 it was already more than half full at this time.

Xu Qingzhou greeted acquaintances such as Academician Xu Shihui and Senior Brother Yang Yongze from the Xia Nation, found his seat, and sat down. He took out the manuscript from these days and constructed a complex function system that satisfied the supersymmetric algebra.

He decided to start with the Riemann Hypothesis, first thinking of a strategy to prove that non-trivial zeros present a symmetric distribution along the critical line. This is the supersymmetric Z-function.

However, progress was slow, and at least it still remained at the conceptual level.

At 9:00 AM, the seminar officially began.

MIT Mathematics Department Chair Aike Kalaier gave a speech and introduced the theme of this conference.

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

"Ladies and gentlemen, good morning."

After Xu Qingzhou greeted everyone, he soon entered the theme:

"My report today is mainly divided into four parts. First, the prime number dimension revolution, which will start from the Cramer conjecture... The second part is the geometric interpretation of zero repulsion. The third part, the connection between string theory and prime number distribution, and finally, quantum entanglement and prime number pairs..."

"The Riemann Hypothesis constrains the distribution law of the zeros of the Z-function, similar to the Einstein equation in general relativity constraining spacetime curvature."

Everything went smoothly.

The 60-minute report meeting was nearing its end. Xu Qingzhou made a simple summary and entered the Q&A session.

"Professor Xu, can you explain in detail the part about ξ(z) in Section 5, Paragraph 3 of your report?"

A scholar stood up to ask.

Xu Qingzhou found the corresponding position.

ξ(z) was a function he constructed when solving the Riemann Hypothesis. It was quite complex, and there was a connection with the Cauchy-Riemann equation here, but limited by the length of the report, he omitted the process during the explanation.

He nodded, "Thank you for your question. Here, we need to first prove that in a very small e-region near the y-axis of the critical line, that is, 0 < Re(z) < e..."