Scholar’s Advanced Technological System

But there is no banquet in the world. After all, it is the head of the Department of Mathematics. There are still many things over Princeton waiting for Fefferman to return.

He sent Feverman to the airport and watched Feverman walking toward the security checkpoint with his suitcase, Lu Zhou said goodbye.

"Bon Voyage."

"I will," smiled and said goodbye, Fefferman continued. "If there is any new discovery, please contact me."

Lu Zhou smiled and nodded.

"for sure."

In the next few days, Lu Zhou basically returned to work and rest between Zhongshan International, Advanced Research Institute, and the Office of King's University. Since the number theory class and the computational material science class have been completed one after another, until the exam week next month, there is nothing more troublesome on the school side.

These days Lu Zhou is either studying his own topic or guiding his students to complete their academic tasks.

To be honest, watching the small saplings he cultivated is growing, he is quite fulfilling.

Offices of several hospitals.

Lu Zhou called Han Mengqi next to his desk.

"Tell you good news."

Looking at the mysterious expression on the landing boat's face, Han Mengqi asked suspiciously.

"... What good news?"

"Just this morning, I received an e-mail from the" acs-nano "editorial department. Your paper has passed the review!" Having said that, Lu Zhou's face showed a smile. "Congratulations, now you also have the top A scholar who published a book. "

The moment she heard the news, Han Mengqi froze slightly, her face suddenly showing a happy look.

"Really?"

"Of course it is true," Lu Zhou said with a smile. "This is the result of your hard work in the past six months ... How about it? Are you very excited?"

Han Mengqi nodded excitedly.

"Hmm! Super excited!"

The impact factor of "acs-nano" is around 14. As one of the top issues in materials science, it is not easy to pass the manuscript.

The reviewer of Han Mengqi's thesis was the deputy editor, Ali Javey, who is also a material science bull. Lu Zhou exchanged mailboxes with him at a certain academic conference.

Although the manuscript may have its name hung on the corresponding author so quickly, the quality of the paper itself is certainly beyond doubt.

After all, fame is one aspect, and the academic world ultimately speaks with strength.

Looking at Han Mengqi's expression of excitement, Lu Zhou also heartily rejoiced for her.

All in all, the students he brought with him were still furious.

In addition to Han Mengqi's thesis, two other doctoral papers on number theory and computational materials science have also been published in siam-revie with influence factor 4 and nano-today with influence factor 17.

Submitted a paper with an impact factor of 10, but Wu Shuimu was happy.

Although this thesis is a project on nanomaterials at the Jinling Institute of Advanced Research, his name is somewhat suspected of "cultivating" him, but he has also contributed a lot in this project.

As for He Changwen's thesis, except that Lu Zhou has instructed several times, it was basically completed independently.

The impact factor of mathematical journals is generally low, and the true impact is not linked to the impact factor, so the impact factor does not reflect the true level. Although "siam-revie" is not one of the top four journals, according to the division of the Chinese Academy of Sciences, it is also regarded as one of the best journals in one district.

There is also a paper by Feng Jin, whose impact factor is about 1-2.

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

As for the other three graduate students in mathematics and computational materials, they couldn't blame them.

After all, there is a difference in the ability between people, not to mention that Jin Da's students are currently not comparable to Princeton. He has never expected that all his students are talented bulls, as long as they are It is enough to be able to complete the tasks that I have explained step by step.

I went to the cafeteria for a bowl of barbecued bibimbap, and returned to Lu Zhou in the office to see that it was almost time. Then I changed into a more handsome dress, sat on the sofa in the office, and accepted an appointment from the British "Nature Weekly" Interview.

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

Well aware of the public's curiosity about the content of his research, Lu Zhou selectively accepted interview appointments with some qualified media.

For example, Nature Weekly is one of them.

This kind of publication, which is under the banner of "Nature", is far more reliable than a professional title party such as "Daily Mail" even if it is non-academic. At least in terms of reporting on academic figures, major scientific breakthroughs, etc., such weekly magazines have a certain degree of seriousness.

When two reporters and photographers of Nature Weekly arrived in several hospitals, Lin Yuxiang enthusiastically invited the two into the office to sit down, and then poured two cups of coffee for them.

The camera was turned on, the recording pen was adjusted, and she sat in a dignified sitting position. Ms. Belinda said with a smile.

"Hello Mr. Lu Zhou."

"Hello."

Belinda smiled and said, "Remember five years ago? We met once at the cern headquarters in Switzerland. At that time, you participated in the European Nuclear Research Conference as an intern, because I discovered the 750gev signature Interviewed you. "

Lu Zhou smiled and said, "No wonder I felt familiar when you first entered the door."

Belinda smiled and continued to ask: "I remember Professor Cern's Greer praised you for your gift of physics. What exactly took you on the path of mathematics?"

"In the beginning, it was probably because my major was mathematics," Lu Zhou continued, "I became interested after in-depth research, so I had the idea of ​​studying."

Belinda asked in surprise: "Is that all?"

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

After turning over the shorthand notebook, Ms. Belinda continued: "At present, the general solution of the Young Mills equation has been found. According to my understanding, there is still one of the most critical problems that has not been solved-that is, quality. The problem of gaps. Many physicists have said that whoever can solve this problem has the hope to take off the most dazzling holy grail in modern physics ... I would like to ask, why do you say that? And, this problem is difficult where?"

This question is not easy to answer.

After all, most people don't understand anything about mass gaps, let alone how to understand the difficulties.

After thinking for a moment, Lu Zhou said.

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

After a pause, Lu Zhou continued.

"Referring to the minimum mass value in the experiment, this lowest frequency is on the order of 10 ^ 24hz, so the high degree of interaction coupling shows that the world of hadrons is very different from the world we are familiar with. And to understand the world we are not familiar with , Itself is a meaningful and challenging thing, and it can bring about change to our civilization as much as finding a livable galaxy. "

"In short, we will understand how massless bricks are packed with mass particles, and the four basic forces with which we are familiar are how to achieve unity in areas we do not understand."

Ms. Belinda asked with a surprised expression on her face.

"So your goal is to unify the four fundamental forces?"

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

Immediately Ms. Belinda asked, "So how do you think about it?"

Lu Zhou thought for a while ~ www.readwn.com ~: "Before unifying gravity with the other three basic forces, I think it is important to achieve internal unification between the three basic forces."

"The Young Mills equation is the first step to the grand unification theory, and establishing the relationship between strong interactions and electromagnetic interactions will become an extremely important puzzle, or the last puzzle of unifying the three basic forces ... After all, Weinberger et al. ’S unified theory of weak electricity has unified the electromagnetic interaction and weak interaction by adding a Higgs field. "

There was a thoughtful look on Belinda's face, and she continued.

"So in your theory, would electromagnetic force act like a bond, uniting weak and strong interactions?"

"Yes," leaning on a chair, Lu Zhou joked, "then he took his two friends together to find the most unattractive gravitation ... but I guess I have no hope in my life. Just see that day. "

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