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

Chapter 591 Creating a Pure Academic Sanctuary
Just as the two young people were playfully fighting on the sofa, at the Capital Airport...

The little girl held the middle-aged man's hand reluctantly, saying in her childish voice, "Daddy, I don't want to leave you."

"Dad will miss you too."

Zheng Xu's heart melted, and he promised, "Next week, if Dad has time off, I'll come home to see you."

"Hook."

"Hook."

Zheng Xu and the little one made a pinky promise, then looked up at the woman with a face full of apology, "Wife, I'm sorry."

"At least you know how to apologize."

The woman snorted and muttered, "She's as stubborn as an ox, you can't pull her back. Now, the whole family has to take a plane for hours just to see each other."

Zheng Xu gave an awkward laugh.

The woman was clearly the type to be stubborn on the outside but soft on the inside. Seeing that her husband seemed to have lost a lot of weight compared to two months ago, she immediately felt a pang of heartache. "If things aren't going well at the research institute, come back," she said.

“Okay.” Zheng Xu was very touched and reached out to hug the woman. “Tell your parents not to worry. Tell them that I’m doing well here, and explain things to them as well.”

"Ah."

The woman nodded; of course she knew where her lover worked.

Xu Qingzhou, a world-renowned mathematician, recently made a name for himself in the field of physics by creating a superconducting thin film at MIT.

She studied statistics in college and understood that experiments are independent events; success the first time does not guarantee the same success the second time.

In other words, Zheng Xu's experiment, which is now a gamble with his future career, may not necessarily succeed, especially since Xu Qingzhou switched from mathematics to physics, and in her view, the possibility of failure is greater than that.

For someone their age, changing jobs is a significant undertaking.

Relatives and friends around me had all sorts of opinions. Those who supported it said the salary was high and the government supported it, investing billions of yuan. Those who opposed it said that although the salary was high, it wasn't as stable as being a teacher at Sun Yat-sen University.

Some people say that following a young man in his early twenties is a dead end.
She remembered when she first met Zheng Xu, he was ambitious and exuded confidence from the inside out. Over the years, he had been teaching and conducting experiments at Sun Yat-sen University, which was indeed stable, but he seemed frustrated and unfulfilled.

It was only when I came here this time that I noticed a light in Zheng Xu's eyes, as if I had returned to the time when I first met him in the United States.

This can be considered a good thing.

"Alright, we have to go. If you have time, cook for yourself; the cafeteria food isn't nutritious."

Xu Qingzhou was truly stumped. He pondered for three days but still couldn't find a solution to further improve battery performance. So he simply put the problem aside for the time being and focused his energy on the theory of supersymmetric zeta functions.

Almost a year has passed since it was proposed, but we are still stuck at the beginning – developing a dynamic screening method for gaps.

Of course, this doesn't mean there were no gains.

He has now completed the first part, "Definition and Encoding of Quantum States," in stages, which is the core starting point of the interstitial dynamic sieve method.

In the first stage, the number line is quantized, which maps each integer position (n) on the natural number line to a quantum state (|n\rangle), forming a discrete Hilbert space.

The second stage borrows the idea of ​​dynamic screening using the FILTER function to encode the positions of candidate prime numbers as quantum superposition states.

In the third stage, the projection operator is defined, prime positions (p) are marked, and non-prime positions are excluded by the Pauli X gate.

The next step should focus on quantum noise suppression and large-scale experimental verification, ultimately achieving a deep intersection between analytic number theory and quantum physics.

Finally, after completing the gap dynamic sieve method, and through the mapping between quantum systems and number theory problems, combined with the solution of the Schrödinger equation and control theory, if a global solution to the Polignac conjecture can be derived.

Therefore, it can be said that the construction of the supersymmetric zeta function theory is half successful.

Institute of Materials Science, Beijing University.

Inside the office, Xu Qingzhou had a pile of handwritten manuscripts in front of him.

"The definition is complete. Next, we can design the jump rules. I haven't even started yet, but my head is already throbbing." Xu Qingzhou leaned back in his chair.

In the quantum random walk model, the design of transition rules is equivalent to the intelligent traffic lights and navigation system in an urban traffic system. Without transition rules, the sieving method will degenerate into "random blind sieving", just like a traffic system without traffic lights and navigation, resulting in low efficiency and waste of resources.

Before he could even begin, there was a knock on the door.

"Professor, Professor Xiao Chenghan from the Institute of Plasma Physics has arrived."

“Okay, please let him in.” Xu Qingzhou nodded slightly.

Soon, an old man with white hair appeared in the office.

"Professor Xiao Chenghan, I have long admired your name." Xu Qingzhou stood up to greet him. He had actually met this old gentleman a few times in his previous life. The old gentleman had dedicated almost his entire life to the country's construction cause, which was worthy of respect.

The old man in front of me is one of the people in charge of the EAST device.

EAST, short for Experimental Advanced Superconducting Tokamak Fusion Experimental Device, is an experimental device for nuclear fusion reaction using a fully superconducting magnet tokamak, built by the Institute of Plasma Physics of the Chinese Academy of Sciences.

This is currently only an experimental experiment.

Xu Qingzhou vaguely remembered that Xia Guo had built a fusion engineering experimental reactor in 2032.

Currently, there are two main types of nuclear fusion device research: tokamak and stellarator.

Or rather, most of them are actually researching tokamaks. Whether it's the domestic EAST device or the international ITER nuclear fusion project, they all use this technology.

"Professor Xu, I've heard so much about you."

Xiao Chenghan smiled gently, looked Xu Qingzhou up and down, and said in amazement as he shook hands with him: "I've always heard people say that Professor Xu is young and promising and full of courage. Seeing is believing indeed."

"You flatter me. Compared with my predecessors, I still have a lot to learn and do. Please have a seat."

Xu Qingzhou brewed tea for Xiao Chenghan.

"I just took a walk outside with Lao Ji. I have a feeling that within ten years, the Kyoto Institute of Materials will probably become a laboratory comparable to Lawrence Berkeley National Laboratory."

Xiao Chenghan said with a smile.

Although he had only been there for ten minutes, he had already sensed the unique atmosphere of the research institute from the passing researchers and the surrounding environment.

An atmosphere of pursuing pure scholarship and science.

Xu Qingzhou said, "Thank you for your kind words. My goal is to create a pure academic sanctuary for the Xia Kingdom. But as you know, it is a long and arduous journey."

He can spend a lot of money to hire senior researchers and scientists, but some things take time to accumulate.

"I believe it will come true someday."

For some reason, Xiao Chenghan had a lot of confidence in this young man he had only met once.

Maybe it's her temperament.

Xu Qingzhou exudes a sense of composure and confidence.

He paused slightly, put down his teacup, and said, "We've had our tea, now it's time to get down to business. I came here today to learn about your progress in improving superconducting thin films."

The old gentleman sighed, “Don’t blame me for being anxious. Alas, the international situation is severe now. The United States and Europe are stepping up their energy deployments. Although they have not directly sanctioned our nuclear fusion field, they are already exerting pressure indirectly through means such as technology blockade, supply chain restrictions, and academic isolation.”

"Accelerating the pace of nuclear fusion experiments and seizing a leading position is of paramount importance."

"This is our current experimental data. The results so far are barely acceptable." Xu Qingzhou didn't waste any time and handed the materials he had prepared to Xiao Chenghan.

"We also conduct research on superconducting thin films. If you'd like, we can exchange information. What is that? Jc≥4.0×10 A/cm!?"

(End of this chapter)