Scholar’s Advanced Technological System

However, there is no banquet in the world. After all, it is the head of the mathematics department. There are still many things in Princeton waiting for Ferfman to go back and deal with it. Fiction.

Fefferman was sent to the airport and watched Fefferman carrying his suitcase to the security checkpoint. Lu Zhou said goodbye.

"Bon Voyage."

"I will," smiled and made a farewell gesture, and Fephman continued. "If there are any new discoveries, please contact me."

Lu Zhou smiled and nodded.

"for sure."

In the next few days, Lu Zhou basically returned to work between Zhongshan International, the Institute of Advanced Studies, and the office of the Golden University. Since the number theory class and the computational materials science have been closed, there will be no troublesome things on the school side until the test week next month.

These days, Lu Zhou is not studying his own subject, but is guiding several of his students to complete their academic tasks.

To be honest, watching the little saplings he cultivated is thriving, he still has a sense of accomplishment.

The number of offices in the hospital.

Lu Zhou called Han Mengqi to the side of his desk.

"Tell you a good news."

Looking at the mysterious expression on Lu Zhou’s face, Han Mengqi asked suspiciously.

"...What good news?"

"On the morning of this morning, I received an email from the editorial department of as-nano. Your paper has passed the review!" When it came here, Lu Zhou’s face showed a smile. "Congratulations, now you also have a top." A scholar who has published a book."

At the moment of hearing this news, Han Mengqi squatted slightly, and her face suddenly showed a joyful look.

"Really?"

"Of course it is true," Lu Zhou said with a smile. "This is the result of your efforts in the past six months... How? Is it exciting?"

Han Mengqi excitedly nodded.

"Well! Super excited!"

The influence factor of "as-nano" is around 14, and as one of the top publications in the material sciences, it is still not easy to pass the draft.

The reviewer of Han Mengqi's paper is the deputy editor of Alijavey, who is also a big scholar of materials science. At an academic conference, Lu Zhou exchanged mailboxes with him.

Although the reason why the draft may be so fast may have its own name hanging on the communication author, the quality of the paper itself is of course unquestionable.

After all, fame is on the one hand, and the academic community finally speaks with strength.

Looking at Han Mengqi's face with excitement, Lu Zhou was also happy to be happy for her.

In general, several of the students he brought were still very competitive.

In addition to Han Mengqi's thesis, two other doctors' numbers theory and a computational material science paper were published in the "siam-review" of influence factor 4 and "nano-today" of influence factor 17.

After investing in a paper with an impact factor of 10, Wu Shuimu was happy.

Although this paper is a project on nanomaterials at the Jinling Institute of Advanced Studies, this one has a lot of suspicions about his name, but he has also made a lot of efforts in this project.

As for the paper of He Changwen, except Lu Zhou has been instructed several times, it is basically done independently.

The impact factors of mathematics journals are generally low, and the real influence is not linked to the impact factor, so the impact factor does not reflect the true level. Although "siam-review" is not the top four magazines, according to the division of the Chinese Academy of Sciences, it is also a leader in the journals of the district.

Another paper is Feng Jin's, and the impact factor of the submitted journal is about 1-2.

The current paper is still in the peer review process, but the results will be seen almost in early June.

As for the other three mathematics and a graduate student in computational materials, the graduates did not blame them.

After all, the ability between people is different, not to mention the fact that Jinda’s students are currently not comparable to Princeton. He never expected his students to be talented cows, as long as they It is enough to be able to complete the task of explaining it step by step.

At noon, I went to the cafeteria and ate a bowl of barbecue bibimbap. When I returned to the office, Lu Zhou saw that the time was almost the same. I changed into a handsome dress, sitting on the sofa in the office and accepting an appointment from the British "Natural Weekly". Interview.

During this time, he received a lot of interviews, from domestic media and from abroad.

I am very aware of the public's curiosity about the content of my research. Lu Zhou has selectively accepted interview appointments for some media with the right qualifications.

For example, Nature Weekly is one of them.

Even the non-academic nature of this kind of publication, which is linked to Nature, is far more professional than the Daily Post. At least in the coverage of academic figures, major scientific breakthroughs, etc., such weekly magazines are still somewhat serious.

When the reporters and photographers of Nature Weekly arrived at the hospital, Lin Yuxiang enthusiastically took the two people into the office and sat down, then poured two cups of coffee for them.

The camera was turned on, the recorder was adjusted, and a dignified sitting position was placed. Ms. Belinda said with a smile.

"Hello, Mr. Lu Zhou."

"Hello."

Belinda smiled and said: "Remember five years ago? We have seen one side at the ern headquarters in Switzerland. At that time, you participated in the European Nuclear Research Conference as an intern because of the discovery of the 750gev characteristic peak. Interviewed you."

Lu Zhou smiled and said: "No wonder you feel familiar when you first entered the door."

Belinda smiled and continued to ask: "I still remember that Professor Greer of ern is full of praise for your physics talent. What is it that makes you take the path of mathematics?"

“In the beginning, it may be just because my major is mathematics.” After thinking about it, Lu Zhou continued, “I have developed interest after in-depth research, so I have the idea of ​​delving into it.”

Belinda was surprised to ask: "Is that just like this?"

Lu Zhou smiled and nodded: "Yes, it's just that."

Turning over the shorthand in his hand, Ms. Belinda continued: "The general solution of the Yang Mills equation has been found. According to my understanding, there is still one of the most critical issues that have not been resolved. The problem. Many physicists have said that who can solve this problem, who has the hope to take off the most dazzling holy grail of modern physics... I would like to ask, why is this said? And, where is the problem? ?"

This question is not very good to answer.

After all, most people don't understand what the quality gap is, let alone how to understand the difficulties.

After thinking for a while, Lu Zhou said.

“Want to understand the mass gap of strong interactions means to explore the hadron world under the strong interaction described by the third-order special 酉 group gauge field theory. For this unknown world, we use it to detect it. The minimum frequency required for a high-energy beam is the minimum mass times the square of the speed of light/Planck constant."

After a pause, Lu Zhou continued.

“Reference to the minimum mass value in the experiment, the order of magnitude of this lowest frequency is 10^24hz, then the high degree of interaction coupling indicates that the world of hadrons is very different from the world we are familiar with. To understand the world we are not familiar with. It is a meaningful and challenging thing in itself. It can bring changes to our civilization as much as a livable galaxy."

“In short, we will understand how quality-free bricks are stacked with quality particles. The four fundamental forces we are familiar with are how to achieve unity in areas we don’t understand.”

Ms. Belinda’s face showed a surprised expression and continued to ask.

“So your goal is to unify the four basic forces?”

Lu Zhou smiled and said: "This is not my goal, this is the goal of the entire physics."

Ms. Belinda immediately asked: "So how do you think it will be achieved?"

Lu Zhou thought about it and said: "Before unifying gravity with the other three basic forces, I think it is crucial to achieve internal unity between the three basic forces."

"The Yang Mills equation is the first step to the theory of great unity, and establishing the relationship between strong interaction and electromagnetic action will become an extremely important piece of the puzzle, or the last piece of the puzzle that unifies the three basic forces... After all, Weinberg et al.'s theory of weak electricity unification has unified the electromagnetic interaction and weak interaction by adding a Higgs field."

Belinda’s face showed a thoughtful expression and continued.

“So in your theory, electromagnetic force will be like a bond, uniting weak interactions with strong interactions?”

"Yes," leaning on the chair, Lu Zhou said with a joke, "And then with its two little friends, together to find the most unconstrained gravity ... but I guess, I have no hope in my life. I saw that day."