Scholar’s Advanced Technological System

But there is no such thing as a feast. After all, he is the director of the mathematics department, and there are many things to do at Princeton's side that Feverman is waiting to take care of.

Send Fefferman to the airport, watch Fefferman walk to the security gate with his suitcase, and say goodbye to the ark.

“Have a safe journey. ”

“I will," Feverman continued, smiling and making a farewell gesture, "If you find anything new, be sure to contact me. ”

The ark nodded with a smile.

“Definitely.”

Over the next few days, the ark has basically returned to work between Zhongshan International, the Institute of Higher Studies, and the offices of the Golden Daiichi Academy. Since mathematics and computational materials have been completed successively, there is nothing more troublesome on the school side until next month's exam week.

These days, the Ark is not studying its own subjects, but guiding several of his students through their academic tasks.

To be honest, watching his own little tree seedlings thrive, he still has a sense of accomplishment.

The offices of several houses.

The ark called Monkey Han to his desk.

“Tell you the good news. ”

Looking at the mysterious look on the face of the Ark, Han Mengqi asked with suspicion.

“… what good news? ”

“Just this morning, I received an email from the ACS-Nano Editorial Department, and your paper has been approved!” Speaking of which, there was a smile on the face of the Ark, "Congratulations, you are now a top scholar. ”

The moment I heard this news, Han Mengqi slightly stunned, his face suddenly revealed a joyful look.

“Really?”

“Of course it's true," the Ark laughed and said, "This is all the work you've been working on for six months... how about that? Are you excited? ”

Han Monkey nodded excitedly.

“Hmm! Super excited! ”

The influencing factor of ACS-Nano is around 14, and as one of the leading issues in materials science, it's not that easy to overwrite.

The reviewer of Han Mengqi's paper was Deputy Editor-in-Chief Ali Javey, a material bull who exchanged mailboxes with the Ark at an academic conference.

While the reason why the draft is so quick may have its own name hanging on the correspondent is in it, the quality of the text itself is unquestionable.

After all, fame is on the one hand, and academia ultimately speaks with strength.

Looking at Han Mengqi's excited face, the Ark is also sincerely happy for her.

Overall, several of his students were arguing.

In addition to Han Mengqi's thesis, two other doctoral studies, one on Computational Materials, were published successively in SIAM-review, which influences Factor 4, and Nano-Today, which influences Factor 17.

I dropped a paper on Influencing Factor 10 to make Wu Shuimu happy.

Although this paper is a project on nanomaterials at the Jinling Institute of Higher Studies, which puts his name somewhat under suspicion of “cultivating” him, he has also done a lot of work in this project.

As for He Changwen's paper, it was basically completed independently, except for the fact that the ship had been instructed a few times.

Influencing factors in mathematical journals are generally low and are not linked to influencing factors, so influencing factors do not reflect real levels. SIAM-review is not one of the top four issues, but according to the division of the Chinese Academy of Sciences, it is also one of the top magazines in a district.

There is also a paper by Feng Jin, and the influencing factors of the contribution journal are about 1-2.

The paper is still peer-reviewed, although the results can be seen almost early in June.

As for the other three graduate students in mathematics and one in computational materials who failed to complete their thesis, the Ark did not blame them much.

After all, there are differences in abilities between people, not to mention that Kim Dae's source of life is currently unlikely to be comparable to Princeton. He never expected his students to be talented cowmen, so long as they were able to carry out their tasks on schedule.

I went to the cafeteria for a bowl of barbecued rice at noon, went back to the ark in the office about the time, changed into a more handsome dress, sat on the couch in the office, and was interviewed by an appointment from Nature Weekly in the UK.

During this period, he received a number of invitations to interviews, both from the domestic media and from abroad.

Aware of the public's curiosity about their research, the Ark has selectively accepted interview appointments with a number of suitably qualified media.

Nature Weekly, for example, is one of them.

This magazine under the banner of Nature, even non-academic in nature, is far more professional than a professional headline party such as The Daily Post. At least in terms of coverage of academics, major scientific breakthroughs, etc., such weekly magazines are of some seriousness.

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

The camera was turned on, the pen was adjusted, and a decadent sitting position was set up, and Ms. Belinda smiled and said.

“Hello, Mr. Ark. ”

“Hello. ”

Belinda smiled and said, "Remember five years ago? We met at CERN headquarters in Switzerland when you participated as an intern at the European Conference on Nuclear Research because I interviewed you about the discovery of the 750GeV feature peak. ”

The Ark laughed and said, "No wonder I looked familiar when you first walked in. ”

Belinda laughed and went on to ask, "I remember Professor Greer of CERN saying so much about your physics talent, what really put you on the path to math? ”

“Probably just because my major was mathematics at first," Ark continued, thinking, “after deep research generated interest, so I had the idea of drilling. ”

Belinda was surprised to ask, “Is that all? ”

The ark nodded with a smile: "Yes, that's all. ”

Turning over the shorthand in hand, Ms. Belinda continued: "At present, the communication of the Young Mills equation has been sought, and it is my understanding that one of the most critical issues remains unresolved - that is, the question of the quality gap. Many physicists have said that whoever can solve this problem has the hope of removing the brightest chalice in modern physics… I wonder why? And what's the difficulty with that? ”

This question is not very well answered.

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

After a moment of reflection, the ark opened its mouth.

“To understand the qualitative gap between strong interactions means to explore the world of strong interactions described by the three-order special cohort normative field theory. And for this unknown world, the lowest frequency we need to detect its high-energy beam is the minimum mass multiplied by the square plank constant of the speed of light. ”

After a pause, the ark continued.

“With reference to the smallest mass value in the experiment, the order of magnitude of this lowest frequency is 10 ^ 24Hz, so high the interactive coupling indicates that the world of strong sons is quite different from the world we are familiar with. Understanding the world we are not familiar with is in itself a satisfying and challenging thing that can make a difference to our civilization as much as discovering a livable planet. ”

“In short, we will figure out how quality free bricks are stacked with quality particles, and the four basic forces we are familiar with are how to achieve unity in areas we do not know. ”

Ms. Belinda's face showed a surprised look and continued to ask.

“So your goal is to unify the four fundamentals? ”

The Ark laughed and said, "This is not my goal. This is the goal of physics. ”

Ms. Belinda immediately asked, "How do you think we can achieve this? ”

The Ark thought about it and said, "Before we unify gravity with the other three fundamental forces, I think it's vital to achieve internal unification between the three. ”

“The Young Mills equation is the first step towards a unified theory, and building the relationship between strong interactions and electromagnetic effects will be a puzzle that is extremely important, or the last puzzle that unifies the three basic forces… After all, Weinberg et al's unified theory of weak electricity has unified electromagnetic and weak interactions by adding a Higgs field. ”

Belinda had a thoughtful look on her face and continued.

“So in your theory, electromagnetism, like a bond, unites weak interactions with strong interactions? ”

“Yes,” leaned against the chair, and the ark made a joke, “and then took its two little buddies and went looking for the most unmatched gravity... but I guess I didn't want to see this day in my life. ”