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

Chapter 508: Accidentally Created Something New
Since School Beauty Song was on a business trip, Xu Qingzhou became extremely busy, leaving home early and returning late. He had to control the progress of the superconducting thin film experiment, analyze various battery data, and prepare Report No. 1, especially the last one. He spent almost all his time on the report.

So, when Song Yao was not at home, I would occasionally stay up until 2 a.m.

The result was that on the 24th, at 1: in the morning, School Beauty Song called directly on video and caught him in the act.

Near the University of San Francisco, in a five-star hotel called "Granada Hotel".

Song Yao sighed helplessly. This worrying guy was staying up late again. Humph, I have to give him a good scolding when I get home.

She turned her eyes to the notebook in front of her. It was only the fourth day of the seminar, but she had already filled two notebooks.

Song Yao put her phone aside, turned on the screen, and flicked at Xu Qingzhou's forehead on the lock screen, "Watch it for a while and then go to sleep."

When I arrived in San Francisco, I was bombarded with various academic information every day.

Compared with previous economic academic conferences she attended, this conference was slightly different in that it was a "triplet" hub of academia, policy and business.

Get a close look at the adjustment direction of the policy toolbox, such as how to hedge against the pressure of interest rate hikes in the face of "competitive easing" and how to minimize the impact on oneself.

In addition to these, there were also empirical analyses of tariff policies and supply chain reconstruction by Xia Guo and American scholars. At the conference, she also saw a micro-simulation of global value chain disruption that had not yet been published.

It can not only deepen theoretical innovation, but also anchor solutions to real-world problems.

To a certain extent, it can be said that its value goes far beyond simple "knowledge acquisition" and is a kind of thinking that correctly applies economic systems and operating laws.

The most intuitive feeling is that all crows are black. Even though the United States advocates free trade, it also has its own double standards. Some super large companies claim to have a just corporate culture, but are hypocritical in private.

Some scholars from Wall Street call themselves vultures, and the economic crisis is the vulture season. Those economies that cannot withstand the economic shock will undoubtedly become vulture food.

For example, some scholars criticized the United States for over-issuing currency and shifting its own crisis, causing food prices to soar and poor countries to go bankrupt.

The counter-argument on this side is that your own country's economic system is unreasonable, with many management loopholes, etc.

In short, there are all kinds of monsters and demons.

On November 11, Xu Qingzhou indeed received a call from the Organization Department. It was Director Zhang Xiaohui, whom he had met last time. He said that he wanted to visit on November 24 to discuss his return to China in person.

Xu Qingzhou agreed immediately.

He probably knew the conditions the other party would propose.

Xia Guo has high hopes for his development in mathematics.

It is estimated that they hope that he can establish a mathematics research institute, create an iconic platform for the mathematics community, radiate the Department of Mathematics at Peking University, and then drive the development of the mathematics community in Xiaguo.

but.
They may be disappointed.

He did not regard mathematics as his main research field. At most, he would study things in the field of mathematics while doing other experiments.

As the seminar was getting closer, Xu Qingzhou completely handed over the superconducting film experiment to Carson and shifted his focus to the report that No. 1 was going to make.

This time we mainly focus on analytic number theory.

Since it is a lecture, we can’t just rehash the old stuff again; we have to come up with something new for everyone who has come from afar to attend.

Therefore, he plans to add some new research to link several conjectures related to prime numbers.

apartment.

The sound of typing could be heard in the quiet living room.

"Done." Xu Qingzhou looked at the speech on the computer, nodded with satisfaction, and stretched his sore arms.

After 7 days of seclusion, I finally finished writing the manuscript for the report.

From the dimensional revolution of the prime number universe, to the geometric interpretation of zero-point repulsion, from string theory to the rigorous mapping of prime number distribution, and finally to quantum entanglement and prime number pairs, and the proof of the PC/PC correlation function.

While linking several conjectures he had solved before, he also introduced concepts from the field of quantum mechanics.

There seems to be no problem at the moment, it's quite interesting, research in mathematical physics.

Er Miao was squatting beside the computer. Seeing that Xu Qingzhou was not typing, he rolled his eyes a few times and wanted to jump onto the keyboard. However, before he stepped on it, the two-legged beast grabbed Fate's neck and lifted him into its arms.

"I've been guarding against you for a long time."

Xu Qingzhou stroked Ermao's furry head a few times. This silly cat always likes to run onto the keyboard.

Er Miao cried in protest and tried to escape from Xu Qingzhou's hands, but he didn't have enough strength and finally succumbed to Xu Qingzhou's violent suppression.

Seeing that the cat had calmed down, Xu Qingzhou shook his head and looked at the report on the computer. After a moment, his eyes shifted to the mind map on the manuscript on the side.

These days, I have a vague idea.

He squinted his eyes, picked up a pen and circled "quantum field theory" on the manuscript.

After thinking for a while, he added the two concepts of "supersymmetry" and "string theory" next to quantum field theory.

What he was thinking was whether he could come up with something different.

Traditional analytic extensions rely on the extension of the zeta function, asymptotic estimates of the prime number theorem, and limited optimization of the sieve method. Even though he compensated for the shortcomings of these tools in other ways in his previous proofs, they still have corresponding limitations.

In the twin prime theorem, the traditional sieve method is still limited by the "odd-even barrier" and cannot break through the gap density limit, while the multi-level randomness of Polynyacle and generalized prime gaps is difficult to model uniformly.

He has been thinking about this question this time.

Can he introduce the supersymmetric idea in quantum field theory that he is familiar with and combine the zeta function with its supersymmetric partner function?
"That's right. Supersymmetry will force non-trivial zeros to be symmetrically distributed along the critical line, and there is a rigid lower limit on the distance between adjacent zeros. This symmetry will directly prove the Riemann hypothesis."

In other words, if the Riemann hypothesis is correct, this symmetry can exist. Proving the existence of the symmetry is also proving the Riemann hypothesis.

"It seems like there is some hope."

Xu Qingzhou muttered to himself, sat up straight, and continued along the line of thought.

In addition, he also hopes that the zero-point density of the supersymmetric zeta function can directly generate explicit formulas for prime gaps, such as the twin prime density.

First, we developed a quantum random walk model, modeled the random distribution of prime number gaps as the transition of quantum walking particles on the number axis, and rewrote a sieve method.

Then, the Schrödinger equation of the model is solved through the deterministic control of the sieve method.
Finally, the global solution of Polignac's theorem is derived.

"No matter how you look at it, there is a future, but it's a little difficult."

Xu Qingzhou scratched his hair, put down his pen, and suddenly felt a headache.

Although it sounds simple, it is very difficult to actually put it into practice, which is roughly equivalent to rubbing a spaceship by hand.

Because this has changed the research paradigm of traditional analytic number theory to a certain extent, it can even be said that it has subverted traditional analytic number theory.

(End of this chapter)