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

Chapter 709 This kid has already proven everything with his strength

Chapter 709 This kid has already proven everything with his strength

Hefei Lianghuai Hotel.

Downstairs, Li Gang and others were welcoming scholars from the Kyoto Institute of Materials Science.

5th floor.

Shao Yilin pushed open the door and handed Zhang Zhigao the precise magnetic field control plan that had been transmitted from the courtyard.

Zhang Zhigao asked, "How is the report for the 10th coming along?"

"It's finished writing, I'll send it to you in a bit."

"Okay. You can go ahead and get busy."

Zhang Zhigao nodded, his attention focused on the precise magnetic field control scheme. The superconducting system was being upgraded, and the magnetic field control was being gradually adjusted. Although he didn't get along with Xu Qingzhou, he had to admit that Xu Qingzhou's superconducting thin film had saved them at least several years.

He had just opened the file when he noticed his student was still standing there. He hesitated, then asked, "Is there anything else?"

Shao Yilin hesitated for a moment, then said, "Teacher, we've arrived at the Kyoto Materials Research Institute. They're downstairs now. Shall we..."

"What does this have to do with us?"

Zhang Zhigao asked indifferently.

"It's ok."

Shao Yilin coughed lightly and obediently withdrew. He felt somewhat helpless; after all, they and the Kyoto Materials Research Institute were practically sister units.
bang~
The door was closed.

Zhang Zhigao paused as he flipped through the documents.

In the academic field, those who excel are given priority.

Even if Xu Qingzhou won the Nobel Prize, he still felt that it was not enough for him, the leading figure in Xia Kingdom, to personally welcome him on the subject of the Nobel Prize for his work on controlled nuclear fusion.

Downstairs, after exchanging pleasantries, everyone returned to their rooms.

Xu Qingzhou quickly packed his things, took out his phone to call Song Yao to let her know he was safe, and then went downstairs to eat.

Kyoto, Kyoto University of Science and Technology.

Looking at the old man at the door, Gu Zhizhong laughed and said while preparing to make tea, "Heh, you old fellow actually have time to come and stroll around here."

"I heard you've got some new tea?"

Chu Jiangfeng casually sat down in the chair.

"Hehe, I knew you old geezer wouldn't come here with anything good." Gu Zhizhong laughed and scolded, but still picked up the newly bought Xinyang Maojian tea from the side.

Half a day passed.

A faint aroma of tea already wafted through the office.

Chu Jiangfeng stroked the teacup. "What has Xu Qingzhou been busy with lately?"

"I went to Luzhou to attend a seminar."

Gu Zhizhong said.

"This kid really can't stay still," Chu Jiangfeng exclaimed in surprise.

"Just like you."

Gu Zhizhong paused for a moment and sighed: "The Wolf Prize, the Fields Medal, the Nobel Prize. It's a good thing to have won so many awards, but sometimes I worry. There's an old saying in China: 'The tallest tree in the forest will be felled by the wind, and the most outstanding person will be criticized by the crowd.' Becoming famous at a young age is not necessarily a good thing."

These days, I've seen a lot of negative comments about Xu Qingzhou in the mathematics community, saying that he has gone against the original intention of mathematics. Although he disdains to argue with these people, he is still a little worried.

This kid is very steady, not arrogant, knows when to show his talent and when to keep it hidden. His mentality is even more stable than that of this fifty-something-year-old comrade, but he is only in his twenties after all.

Chu Jiangfeng paused for a moment, then understood Gu Zhizhong's concerns.

He asked, "Besides Qingzhou, are there any other scholars who have won the Nobel Prize, the Fields Medal, and the Wolf Prize at the same time?"

"No." Gu Zhizhong shook his head.

"That settles it then." Chu Jiangfeng said with a smile, "This kid has already proven everything with his strength. As for those rumors, they're harmless. We can't expect everyone to think the same way."

"I think I was overthinking it."

Upon hearing Chu Jiangfeng's words, Gu Zhizhong couldn't help but laugh.

Yes, the tallest tree in the forest will be felled by the wind, but what if it grows into a whole forest?

In the face of absolute strength, rumors are nothing but dust.

In Luzhou, by the time we finished dinner and got back, it was already 6:30 pm.

He made himself a cup of tea and stood by the window, lost in thought.

In Luzhou, it usually gets dark around 5 p.m., at which point the night is already quite deep.

Downstairs, the ginkgo and sycamore leaves appear golden under the streetlights, and further away, the city's dazzling lights can be faintly seen stretching into the distance.

Xu Qingzhou's main purpose at this seminar was indeed to broaden his horizons. As he told Li Gang, "We came here primarily with a learning attitude."

So far, the institute's achievements in the controlled nuclear fusion project are still relatively immature. Even though some results have been achieved, they have not yet been organized or involve classified information, so there is not much to show for it.

"Even the most advanced EAST can only maintain a temperature of 1 million degrees Celsius for 1066 seconds. There is still a long way to go before it can be truly commercialized."

All tokamak experiments are measured in "seconds," and many "second-level breakthroughs" are laboratory milestones, but true commercialization requires "years" of operation.

"The results achieved in seconds are just the beginning. The real energy revolution lies in transforming the 'artificial sun' from a fleeting flash into an everlasting beacon," Xu Qingzhou said optimistically.

When he died suddenly in his previous life, the construction project in Xia Kingdom was already completed, but the formal ignition test had not yet been conducted, or rather, he had not had time to see it.

Spherical tokamak can be miniaturized, but its drawbacks are also very obvious, such as insufficient magnetic field strength, low heat dissipation efficiency, and long construction cycle.

Overcoming these problems and staying ahead will not be easy.

"If you want to take the road less traveled, you have to pay a price."

Xu Qingzhou turned around and sat down at his desk, rubbing his temples as he pondered a solution to the problems of spherical tokamak.

"Fortunately, we had the foresight to choose superconducting thin films."

Insufficient magnetic field strength is no longer a problem.

In addition, there are a series of critical issues such as insufficient constraint time, irradiation damage and material lifespan, and engineering integration challenges.

In November, the evening temperature in Luzhou was a bit lower than in Kyoto, and the wind would seep in through the cracks in the windows, stinging your face slightly.

At 11 p.m., Xu Qingzhou made another phone call to Song Yao to make soup.

The two of them were together every day, but they still chatted for more than half an hour, from Er Miao's food to the weather in Luzhou, and finally to buying a house in Chengdu.

After hanging up the phone.

See, it’s still early.

Xu Qingzhou took out the manuscript of the supersymmetric zeta function theory from his bag.

Winning the Nobel Prize brought attention not only to the field of physics he studied, but also to the resurgence of his supersymmetric zeta function theory, which he presented at an MIT conference in 2018.

It's still the same as before.

Supporters' theories can be linked to physical models and can provide new perspectives for mathematics through string theory.

Opponents also have clear arguments: the lack of classical mathematical tools is a serious desecration of mathematics, and they criticize him for "breaking away from the peer verification system" and using his existing influence to disrupt the mathematical system.

Take, for example, Brouwer, a mathematician of the intuitionist school, who "had ambitions to reconstruct the foundations of the discipline, but that was all."

Xu Qingzhou: "."

Looking at these hysterical people, he could only say that he felt nothing.

(End of this chapter)

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