Chapter 591: Building a pure academic holy land

Just as the two young people were playing on the sofa, at the Capital Airport.

The little girl held the middle-aged man's hand, reluctant to part, and said in a milky voice: "Daddy, I don't want to leave you."

"Daddy doesn't want to leave you either."

Zheng Xu's heart was about to melt, and he promised: "Next week, if Daddy is resting, I will go home to see you."

"Pinky promise."

"Pinky promise."

Zheng Xu pinky-promised the little person, looked up at the woman, his face full of apologies: "Wife, I'm sorry."

"You still know how to apologize..."

The woman hummed softly, muttering: "Stubborn as a bull, couldn't be pulled back. Now it's good, the whole family has to take a flight for several hours just to meet."

Zheng Xu smiled awkwardly.

The woman obviously belonged to the type who was hard-mouthed but soft-hearted. Seeing that her husband seemed to have lost a lot of weight compared to two months ago, she felt a bit distressed: "If your work at the institute is not easy to do, just come back..."

"Okay." Zheng Xu was very moved and reached out to hug the woman: "As for Mom and Dad, let them rest assured, just say that I am doing very well here, and explain more to them."

"Hmm."

The woman nodded. Of course, she had learned about the place where her lover was working now.

Xu Qingzhou, a world-renowned great mathematician, had made superconducting thin films at MIT some time ago, becoming famous in the field of physics.

She studied statistics in college and understood that experiments like this actually belong to independent events; success the first time does not mean the second time will be equally smooth.

In other words, the experiment Zheng Xu was betting his second half of his career on might not necessarily succeed, especially since Xu Qingzhou had switched from the field of mathematics to the field of physics. In her view, the possibility of failure was the majority.

For their age, changing jobs is a huge thing.

Relatives and friends around said everything. Those who supported him said the salary was high and the country supported it, investing tens of billions into it. Those who opposed it said that although the salary was high, it was not as stable as being a teacher at Zhongda.

Others said that following a young man in his twenties, the future was bleak...

She remembered when she first met Zheng Xu, he was ambitious, and the whole person revealed a kind of confidence from the inside out. Teaching and doing experiments at Zhongda over the years was indeed stable, but the whole person was depressed and unfulfilled.

Coming here this time, she found that there was light in Zheng Xu's eyes, as if he had returned to when they first met in the United States.

This could be considered a good thing.

"Alright, we have to go. You should cook for yourself when you have time; the food in the cafeteria is not nutritious..."

Xu Qingzhou was really stumped. He thought for three days, but couldn't find a plan to further improve battery performance, so he simply put this problem aside and put his energy into the supersymmetric Z-function theory.

From the proposal to now, almost a year had passed, but it was still stuck at the beginning—developing the gap dynamic sieve method.

Of course, it's not to say there was no harvest.

He had now completed the first part, "Quantum State Definition and Encoding," in stages, which was the core starting point of the gap dynamic sieve method.

Phase 1: Quantum quantization of the number axis, mapping each integer position (n) on the natural number axis to a quantum state (|n\rangle), forming a discrete Hilbert space.

Phase 2: Borrowing the dynamic screening idea of the filter function, encoding candidate prime positions as quantum superposition states.

Phase 3: Defining projection operators, marking prime positions (p), and excluding non-prime positions through Pauli X gates.

The next step needs to focus on quantum noise suppression and large-scale experimental verification, finally realizing the deep intersection of analytic number theory and quantum physics.

Finally, after completing the gap dynamic sieve method, and then through the mapping of quantum systems and number theory problems, combined with Schrödinger equation solving and control theory, if he could derive a global solution to the Polignac conjecture.

Then, it could be said that the construction of the supersymmetric Z-function theory was basically half successful.

Jingda Materials Research Institute.

Inside the office, there was already a pile of full manuscripts in front of Xu Qingzhou.

"Definition complete, next I can proceed to transition rule design... but I haven't started yet, and my brain is already starting to ache." ===== CHAPTER 592 =====