George Parisi’s words are obviously somewhat nonsensical.
Physics is an empirical science. What does this have to do with using experience to judge whether Li Mu's proof is correct?
However, several other professors around him glanced at each other, and then all nodded in agreement, expressing their approval.
Indeed, using empiricism to judge whether a master's thesis is correct may not work if it is applied to other people, but it may work if it is applied to Li Mu.
This is also the impression that Li Mu has always left on the academic world.
Never missed it.
"Okay, I still have a paper that I haven't read yet. I have to continue reading."
George Parisi's words quickly brought everyone present back to their senses.
He pointed to his computer and told them.
This paper was only a principle paper. Although its importance was self-evident, he was more interested in another paper, "On Superconductivity."
Therefore, he didn't care whether the other professors left or not, and started reading another paper.
Although he had not finished reading the previous paper, he could basically guess how the following pages were derived, so there was no need to continue reading.
Seeing this, Hanberg and the others didn't stay any longer.
Now that George Parisi has given his approval, they have to go back and read the paper.
We can't fall behind at this time.
So the office became quiet again. Although there were a few Parisi students, those students did not dare to yell when the instructor was reading the paper.
However, from time to time, they heard the exclamations from their Nobel Prize-winning tutor, and from time to time there was an expression of enlightenment on his face. His students could not help but open arxiv with strong curiosity. , and then found the two papers by Li Mu.
Then, they gave up.
Can't see it, can't see it at all.
…
As time passed quickly, Li Mu's two papers once again aroused the excitement in the physics community.
And it is even more popular than Wilber's previous principle of room temperature superconductivity. After all, this is the paper written by Li Mu.
Not to mention, the title of his paper is "On Superconductivity."
Such a paper has to attract the attention of all physicists around the world.
Just kidding, Maxwell’s magnum opus on electromagnetism is called “On Electricity and Magnetism”, and Einstein’s special theory of relativity written in 1905 is also titled “On the Electrodynamics of Moving Bodies”.
A paper that dares to have such a title not only represents the author's self-confidence, but also represents the importance of the paper.
Of course, the discussions on these two papers in the past few days mainly took place among physicists who are not in this major or are at a slightly lower level. Those physicists who have actually done research in this area are all Didn't say much.
There is no other reason, simply because they are still looking at Li Mu's paper and studying its contents carefully.
These two papers not only involve condensed matter physics, but also dimensional force theory. Of course, quantum mechanics and other contents are included in them, so it is quite difficult to understand them.
If you are not a master who has been immersed in physics for many years and has a wide range of interests, or you are a true physics genius, otherwise, if you want to fully understand these two papers, you will either have to give up or prepare a lot of Books, if you encounter something you don’t understand, look it up immediately.
After all, not everyone is proficient in multiple frontiers of physics.
Just like this, a few days later, finally the first expert expressed his opinion on Li Mu's two papers.
This person was none other than George Parisi, who was among the first physicists to read Li Mu’s two papers.
[What I have to admit is that Li's two papers still inherit his consistent spirit-that is, rigor, absolute rigor, so that I can't find any problems in them. In "Dimensional Forces on Electromagnetic Interactions" In the article "Conjugate Model of Action Force", this principle paper uses mathematical methods to deduce for us how the dimensional force, as the basic force of the basic force, promotes the electromagnetic interaction force. How is the conjugate relationship between the two formed?
From this, we can even deduce how dimensional forces stimulate the weak interaction force through the electroweak unified theory.
In any case, Li's paper shows us the deeper working principle of dimensional force.
Of course, in addition to this paper, Li's second paper, "On Superconductivity," is an even more important paper. I believe that the importance of this paper in the world of physics will forever be engraved in history. on the monument.
In his paper, he cleverly revealed how after a piece of material becomes superconducting, the electrons inside become unobstructed, and how superconducting electron pairs are formed. It is a very magical phenomenon. , and similarly, the paper also gives the electronic behavior of various superconductors in the superconducting state measured by arpes. The experimental data and theoretical data are almost completely consistent. In addition, the BCS theory is indeed perfectly integrated. Embedded in, the BCS theory is perfectly explained as part of the theory in the paper "On Superconductivity".
This is obviously not a mathematical coincidence, this is the truth of the universe!
Physicists have always believed that all phenomena in this world can be explained physically, whether it is the formation of the universe or the existence of dark matter. Of course, under the explanation of dimensional force theory, we The answer to the question of dark matter and dark energy is very close.
Obviously, the problem of superconductivity that has been hovering in the sky of physics since 1911 has troubled our physics community for more than a hundred years. To this day, I can probably make a conclusion-this The problem has become a thing of the past.
So let’s celebrate physics! 】
This article by George Parisi quickly spread throughout the physics community.
After all, the physics community has been waiting for a big man to make a conclusive evaluation of Li Mu's paper, and now, George Parisi clearly has such qualifications. He has always been interested in condensed matter physics and other fields. Or quantum mechanics, dimensional force theory and other aspects. To a certain extent, since he won the Nobel Prize in Physics in 2021, he has become a grand slam player in the physics world.
Therefore, under his evaluation, Li Mu's two papers seemed to have a final conclusion. Although it was not a final conclusion, the excitement in the physics world also followed.
[I never expected that I would be able to witness superconductivity being completely explained in this lifetime. It’s really unbelievable! 】
[Oh my God, can things like superconductivity really be fully explained using mathematics alone? This is totally unbelievable! 】
[You can never imagine the end of things that mathematics can explain, but what I want to say is, can things like superconductivity really be explained in this century? Did Li Mu travel from the future? 】
[Oh my God, my PhD thesis! It’s done, I definitely need to rewrite it now! 】
[Why rewrite? 】
[Because my doctoral thesis and Li Mu’s thesis are completely contrary to each other! This will definitely need to be rewritten! 】
[Stop talking, you are just a doctoral thesis. We are the superconductivity research group of the University of Cambridge. Our purpose has always been to try to explain the principles of superconductivity, but now with Li Mu’s paper, our topic There is no need for the group to continue to exist. Our boss is starting to go crazy, thinking about whether to kill Oxford. 】
[We are the superconducting research group of the University of California, come on! We will provide you with moral support from behind, salute! 】
[Speaking of which, what about Wilbur’s paper from before? Is his conclusion correct? Why is no one discussing it now?]
[Although I don’t understand Li Mu’s two papers, I think they are probably wrong. After all, Li Mu just said before that Wilber’s theory is incorrect. 】
[Wait for the explanations from other big guys! 】
In this way, as time goes by, ordinary scholars are waiting for more big-name experts to come forward to explain. The people who eat melons maintain a spectator mentality, and the news media has taken advantage of the popularity of superconductors this year. It did not subside and began to be widely reported.
"Unsolved Problems in Physics: Why Superconductivity Superconducts, Has It Been Solved?" 》
"The genius of the century strikes again, the mystery of superconductivity is finally solved"
"Who is right and who is wrong?" Li Mu's 'On Superconductivity'"
…
Various titles have attracted the attention of many ordinary people. After all, the benefits brought by superconductivity are closely related to people's lives.
Of course, not long after George Parisi’s article was published, more and more other big names began to publicly publish their comments, either in a class or on their personal webpages. above.
The conclusions given by the comments of these big guys are either affirmative, or affirmative with a wait-and-see attitude. As for denial or a complete wait-and-see attitude, it does not exist at all, because as long as there are qualified experts, Even cattle can't refute Li Mu's conclusion, let alone that the conclusions he gave have been verified on superconducting materials such as yttrium barium copper oxide, niobium titanium alloy and so on.
Theory and practice are completely unified, which is of course the truth.
Not anyone dares to use theory to deny the conclusion of the experiment like Li Mu did.
As for Wilbur's paper, of course it was mentioned by many of the big guys, and after reading Li Mu's paper, these big guys also clearly saw Wilbur's mistake.
As Li Mu said before, in Wilber's principle, dimensional forces directly lead to the formation of electron pairs.
In fact, it is caused indirectly through the electromagnetic interaction force.
Although the results are the same, the process is different, which is wrong.
Of course, the most important thing is that Wilbur's theory has a fatal flaw, that is, there is no such thing as a room-temperature superconductor in reality to verify his theory, so his theory is inherently unproven. This is why all the big guys have been taking a wait-and-see attitude towards his theory.
But now, his theory of room-temperature superconductivity is completely finalized.
However, no one cares about him now.
…
"Hello, Professor, I am Brahms Liszt."
"I'm Anthony Alex."
…
In Li Mu's office, there were four young people standing in front of him. Of course, they might all be older than him.
And these four people are his four graduate students.
Brahms Liszt, Antonin Alex, Tu Zhizhen, and... Li Mu turned to look at the fourth person.
This man immediately smiled at him, showing his big silver teeth.
Yuan Siping.
Li Mu laughed and shook his head.
Then, he stood up, opened his hands, and expressed his welcome: "Welcome to the four of you, come to Oxford University, come to Merton College, and become my students."
"I hope we can get along happily in the coming time."
His four students all nodded. They were all a little reserved in front of Li Mu, especially Yuan Siping.
For the other three students, Li Mu is a person they have admired for a long time. For Yuan Siping, he used to know Li Mu and now gets along with Li Mu again. The former friend has now become a world-famous genius scholar. Phil A winner of this award, a candidate for the Nobel Prize, and his own professor, he faces much greater pressure than the other three people.
Although he could still joke with Li Mu when he was on the phone, but now after meeting him in real life, the feeling was completely different.
But all in all, the four people looked at Li Mu with admiration in their eyes.
Although Li Mu is young, he is still their teacher.
However, just when Li Mu was about to continue saying something, there was a knock on his office door.
Li Mu was stunned for a moment, and then said to several students: "Sit aside for a while."
Then he said to the door: "Please come in."
Then, an old man who looked very knowledgeable came in.
After seeing Li Mu, he walked up to him with an eager face and stretched out his hand: "Professor Li, hello."
"Introducing myself, I am Joss Winston, editor-in-chief of Nature. It is an honor to meet you."
Editor-in-chief of Nature?
Next to them, Li Mu's four students were stunned. Why did the editor-in-chief come to Li Mu?
Li Mu thought for a moment, then smiled and said, "I remembered, you called me before."
Joss Winston laughed immediately: "I didn't expect Professor Li to still remember me. It's great."
The last time he called Li Mu was because of Li Mu's original paper on electrochemistry.
"I still remember that when I called you, you hung up the phone because you were doing your graduation defense."
"I still remember this matter." Li Mu laughed, and then asked: "I just don't know, Mr. Winston, why did you suddenly come here today?"
Joss Winston spread his hands and said, "As the editor-in-chief, of course it is for the paper."
"I specially drove from London to Oxford and spent more than two hours to come here. I just hope that Professor Li, you can submit your article "On Superconductivity" to our "Nature"."
"As the editor-in-chief, I guarantee that your paper will be the cover paper of our next issue of the journal!"
"Of course, you may not care about the royalties, but we will also pay you a royalties of fifty thousand pounds."
Joss Winston had a genuine smile on his face.
Next to them, the four graduate students who had just arrived at Li Mu today had shocked faces.
Good guy, the editor-in-chief of "Nature" personally drove for more than two hours to visit their tutor and submit the paper to "Nature"?
(End of chapter)
