Chapter 438: Thank you letter from the Max Planck Institute?

[Dear Professor 6 Zhou, I'm Professor Kreiber from Spiral Stone 7-Lab. We met at this time last year. I don't know if you have any impressions. 】
[This letter has no other purpose. I just want to say thank you on behalf of the Max Planck Institute for Plasma Physics, all scholars engaged in the field of controlled nuclear fusion, and iter. 】
[In fact, just last month, we completed the installation of the water-cooled diverter, but the final result was not as good as we expected. 】
[Fortunately, at that time I received an invitation to review the pr. According to the mathematical model you provided, we redesigned the algorithm of the main control computer and adjusted the control scheme. Then a miraculous scene appeared! 】
[You can't imagine how surprised we were at the time, the band-shaped plasma running along the orbit was at least 5o% more stable than before! 】
[I believe that if we continue to improve the control scheme and the sensitivity of the current control unit of the toroidal coil, this number can be even greater. There is still a lot of room for utilization in your mathematical model, but due to limited technical conditions, we can't fully open it for the time being. 】
[About the improved algorithm, we will report it at the next iaea-de international seminar. If you are interested, I can help you get an invitation letter. Of course, if you don't have time to participate, you can also pay attention to the thesis information on the official website. 】
[Anyway, I must say thank you, and I believe many people, many people have to say thank you ...]
After reading this email, 6 Zhou's expression was a little weird.
There is such a coincidence.
The reviewer happened to be Professor Kreiber?
However, if you think about it, the circle of controlled nuclear fusion is so big, and the research of stellar devices is mainly based on the spiral stone 7-lab. Besides Professor Kreiber, he can't think of a more appropriate reviewer people.
I just heard that it is not easy to turn on the imitator once, and it is burning money in milliseconds.
In this case, this is probably the most expensive review of pr since its inception ...
At this time, Jimmy came up from the lawn next to him.
"What's wrong, professor?"
"It's nothing," shook his head, and the six boats standing by the lake put away the phone. "I have something, so go back first. This is the last game of your college career. Come on."
"That's for sure!" Jimmy smiled sunnyly and continued in a joking tone. "I plan to return with a trophy before I graduate."
The training of the drone club continued, and after saying goodbye to the club members, 6 Zhou returned to the office of the Institute of Advanced Education.
As soon as he arrived at the office, Willa was coming in with a stack of documents.
When seeing 6 Zhou also here, the little girl blinked her eyes and reported to him.
"Professor, here is the resume of the student who will enter next spring. I have printed it for you."
6 Zhou nodded: "It's hard, just put it on my desk."
Speaking of which in a few months it will be the end of the year.
If nothing else, at this time he should be drinking coffee and picking out a few resumes that look good from this pile of a4 paper, then take a tea time for a video interview and finally decide who The "lucky one" who received his ffer.
However, this year, he does not plan to recruit new students.
One is too busy.
Second, after these students graduate, he should almost consider returning home.
Willa said embarrassedly: "Need to help you sort it out?"
6 Zhou smiled and said, "No, I'll take the time to look at it myself."
"okay then."
No need to help to see 6 Zhou, Willa nodded, returned to her desk, and went to do her own business.
Sitting not far away, Wei Wen glanced at the resume of the six boats that he hadn't touched at all, and suddenly asked, "Will you not recruit new students this year?"
6 Zhou: "No more tricks, I can't bring them."
Wei Wen nodded thoughtfully, but did not speak, but understood something in his heart.
It seems that he has to step up his graduation thesis ...
Shaking his head, Wei Wen put aside his thoughts and put his energy back into the work at hand.
...
The latest paper published in pr has caused a sensation in the field of plasma physics.
To be precise, it is not just the plasma physics community. As far as the content of this paper is concerned, its influence has spread to many fields such as applied mathematics, fluid mechanics, and even hydrology and meteorology.
Before that, turbulence was recognized as a chaotic system, and plasma turbulence was one of the most complicated problems among many turbulence problems.
For the 6-boat paper, most scholars engaged in related fields have expressed a considerable degree of surprise.
Because this is really too unexpected.
Or in other words, if it wasn't because the 6 boat solved the millennial problem of the ns equation, if it wasn't for claiming that this is a well-known reputable scholar, most people would even prefer to believe that this is just a April Fools ’joke .
Because the thesis contains a large number of complex mathematical methods, for people who do not have the basis of differential geometry and partial differential equations, it is difficult to understand the paper. Even if they have a good mathematical foundation, they must also refer to the previous 6 chart. Read a 1-manifold dissertation in the Annual of Mathematics. ..
However, when those who were interested read the thesis and really understood the connotation, they were immediately shocked by the mathematical methods used in it.
Just as half a century ago, when Robert Kraihnan used the quantum field theory method to statistically study the turbulent pulsating field energy equation satisfying the kes equation, he completed the only self-consistent momentum-based conservation first so far. The principle of the pulsating structure energy spectrum equation (dia theory ~ EbookFREE.me ~ thus created the "modern theory of turbulence analysis".
6 Zhou's work is similar to him in a sense, and even goes further.
Before that, no one had thought that the turbulence problem could be solved like this!
Less than half a month after the dissertation was published, it caused quite a stir in the academic world.
In the latest issue of Physical Review Letters (pr1), Professor Dieter Hffann, an internationally renowned expert in plasma physics and former dean of the School of Nuclear Physics and Science at the Technical University of Darm, Germany, was invited to write A commentary article expressing his views on this sensational paper.
"... He used a very unique idea when setting up a mathematical model, but the theoretical tools he used were not innovative. After all, the manifolds he created a few months ago were published in the" Mathematics Annual " And was later used to study the solution of the ns equation. "
"In general, it is the job of physicists to extend mathematical methods to the field of physics. When a reliable tool is born, it is only a matter of time."
"Without this paper, a similar approach will probably occur in five or ten years. The same scene should have been born five years, or ten years later."
"It's just now that he told us, and he's advanced it all by a decade."
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(I will go to the hospital for a checkup and update it in advance. Today I can only change it one more time ... At the moment I wrote this sentence, I already knew that someone would say that I was short, but there was no way, I was also desperate. Tt )
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