Ultimate Scholar

Li Mu, who has been immersed in his own research for the past few days, has never paid attention to what is happening outside, so he really did not expect that the guy who claimed to solve the principle of room temperature superconductivity really came up with a solution that could make George Parisi Can't tell the difference between real and fake results.

After all, if George Parisi can't see the problems in this theory, then it means that what Wilbur came up with is indeed something.

Moreover, according to what George Parisi said, Li Mu had to be surprised that the other party actually thought of containing the dimension force.

The other party can actually think of using dimension force to deal with it?

For this, Li Mu had to be surprised.

After all, he was able to think of using dimensional force to process it based on the detailed technical explanation in his mind. How did Wilbur think of it?

Also, can the principle of room temperature superconductivity be really derived by deriving it based on dimensional force?

His heart was full of doubts.

After thinking about it in his heart, according to his research during this period of time, he made another deduction in an instant, wondering if he missed something so that he didn't discover this possible direction?

Of course, he did not respond for a long time, which also made George Parisi on the other end of the phone suspicious.

"Hey, Lee? What were you thinking?"

Li Mu came back to his senses, and then said: "Oh, sorry, I'm just thinking about what you said, I haven't read his paper yet, I'll take a look now...is it on arxiv? "

"Yes." George Parisi said, "Go and have a look, now the physics community, like those who study condensed matter, are probably already discussing it."

"Although I can't point out any problems with his mathematics for the time being, the mathematical method he used is so simple that I have to doubt it." I

"The math is simple...?"

Parisi's words made Li Mu think again. The mathematical method he used in the previous calculation process was not simple at all, even a bit complicated, otherwise it would not have cost him so much time. .

If the principle of room-temperature superconductivity can be found with a simple method, then there is no reason why he can't find it—for him, the simpler the method, the easier it is for him to find it.

After thinking for a moment, he came back to his senses and said, "I see, I'll take a look now."

"Okay, then I'll wait for your result."

After hanging up the phone, Li Mu didn't say any more, directly entered arxiv and found the paper.

Only Wilbur's name was written in the author column, which made Li Mu wonder, didn't Wilbur refer to his team?

Could it be that his team and the others are all students?

So inviting him to join the team at that time was really fooling him...

Shaking his head, he looked at the time when this paper was published. It was this morning. Of course, considering the review time of arxiv, this paper was probably submitted yesterday.

"They're pretty fast."

They just switched labs a week ago, but now they have produced a paper in less than a week, which makes Li Mu wonder how Wilbur's team managed to complete the experiment in just a few days. And the dissertation is finished.

With such doubts in mind, he downloaded the paper.

At first glance, good guy, there are only a dozen pages of content.

It's no wonder that they were able to produce the thesis in such a short few days. A dozen pages of thesis are almost enough.

And at this time, he almost understood why George Parisi said that the mathematical method used in it was very simple.

After all, it can be finished in a dozen pages, and it is still superconducting at room temperature...

Li Mu thought about the stack of draft paper he had sorted out...

Well, he started to live up to expectations.

Shaking his head, after that, he didn't talk nonsense, and started to read from the beginning.

And the first thing you see is the summary.

In the abstract, the core idea in their proof is clearly given, that is, the dimensional force is added to it for processing.

After reading the summary, Li Mu couldn't help but nodded in agreement.

In any case, the significance of the dimensional force in superconductivity is explained in the abstract alone, which is enough to make him admire. At least to a certain extent, Wilbur has indeed discovered the significance of the dimensional force to superconductivity.

Of course, it is obviously not enough to just look at the abstract. The content of the following text and the process of argumentation are the key.

Li Muan quietly looked down.

At first, he didn't show any expression, but as he continued to look down, his brows gradually wrinkled.

Of course, he didn't stop his browsing and continued to read.

He didn't close his eyes until he had read almost ten pages.

The reason why he stopped was because he had already seen the problem.

It's just that he was able to discover this problem, not because there was anything wrong with Wilber's mathematical argumentation process, and his mathematical process was not problematic to some extent.

Of course, there is no problem with this, and it is based on the current conditions, which makes his process no problem.

And if he added another condition he had discovered in the past week, there was a problem with Wilbur's process.

Wilber's result is a coincidence in the process of mathematical processing based on the lack of preconditions.

Just like the analytic continuation method in mathematics, analytic continuation is to expand the domain of the original function, which is reasonable in the domain of the continuation, but it is unreasonable for the original function, after all, it has beyond the scope of the defined domain.

In the field of physics, such things have always existed. The more famous one is the dispute about whether light is a wave or a particle.

After Newton proposed that light is a particle, because of his status, no one dared to challenge the theory of light particles. With the continuous development of science, some conditions gradually became clear, so scientists discovered the wave-particle duality .

Another example is the famous law of non-conservation of parity. In the past, the law of conservation of parity was a truth believed by the physics community, and with the clarification of some conditions, non-conservation of parity was born.

And now, Wilber's theory of room temperature superconductivity is the same.

It's just that his luck was not very good. On the first day of his birth, he was overthrown by Li Mu.

"It's no wonder that the mathematical method he used and the argumentation process are so simple."

Li Mu shook his head.

It's just that he knows where the problem is because he knows where the key problem that is missing is.

"According to my analysis in the past few days, the dimensional force plays an indirect role in the formation of electron pairs. By indirectly exciting the electromagnetic force, the electron pairs are locked together."

"In Wilbur's argument, the effect of the dimensional force has exceeded its own limit, and it has changed from an 'indirect' influence to a 'direct' influence, which is inconsistent."

So far, Wilbur's principle of room temperature superconductivity has been falsified by him.

Of course, it is not enough to be falsified by him, at least the entire academic community needs to know, which is also the obligation of any scholar.

While giving faith in the truth, one must always maintain a questioning attitude, and immediately point out all identifiable fallacies.

"Well... If you want to falsify his conclusion, there are two ways now."

It will take a while for a solution, but it will not affect his current plan. This method is that he will continue to study according to his original plan, complete his current project, and then send out the paper, and the academic community will naturally be able to distinguish it. Draw out the problems in Wilber's thesis.

The other method only takes one day. Now he can directly reverse the use of dimensional force in Wilber's thesis, and reverse it to the back. It is easy to find out the contradiction and use it to The mathematics world reveals the problems.

So, which one should you choose?

After Li Mu thought for a while, he decided to choose the first method and continue to study his own.

Anyway, it probably won't take long, and it will be almost over in a week or so.

What's more, maybe he doesn't need to show up in person at that time.

He briefly simulated the reverse process of the second method in his mind. Although it is indeed a bit difficult and requires a very in-depth study of dimensional force, however, in the current academic circles, scholars who have in-depth research on dimensional force, There are still, so maybe a week later someone else will reveal the problem.

So he shook his head, stopped thinking about it, closed the webpage in front of him, and prepared to continue his previous work.

Of course, considering that George Parisi came to ask him, he also picked up his mobile phone and sent George Parisi a message: [Don’t pay too much attention, he has problems with the use of dimensional force of. 】

Then he didn't say any more, looked back at the draft paper on the desk, and continued with the final derivation.

According to the requirements of the task, he needs to complete the explanation of the theory of superconductivity. Since it is [theory of superconductivity], naturally it is not only what he has discovered now, but also includes the entire structure of superconductivity and the most fundamental theory. Mechanisms.

Just like that, the office became quiet again.

It's just that, unlike his calmness at the moment, the outside world has long since become unsettled because of Wilbur's thesis.

Perhaps, for the world, the material of room-temperature superconductors is the most important, but for the physics community, the importance of principles is even higher. After all, what physics wants to figure out has always been the world. The principle behind its operation.

Therefore, Wilbur's paper on the principle of room temperature superconductivity, which he named Wilbur's theory, caused more and more shocks.

...

"Mr. Wilbur, what is the significance of the principle of room temperature superconductivity to our world?"

The entrance of the condensed matter physics laboratory is surrounded by media reporters from various places. The British side lacks everything, but there are two things, one is gay and the other is media.

Therefore, after the matter of the principle of room temperature superconductivity caused a shock in the scientific community, it quickly reached the ears of these media.

At this moment, Wilbur is naturally smiling. Facing the reporter's question, he said with a smile: "I think everyone should know the role of room temperature superconductors. After all, this year, the LKD developed by the Koreans The -99 room temperature superconductor material also attracted a lot of attention at that time."

"Although it's a pity that LKD-99 is not a real room-temperature superconductor, I believe it has made many people realize what a room-temperature superconductor is and what it does to human beings, so I won't go into details."

"As for the principle of room-temperature superconductivity, what I want to say is that although it does not bring great help to human beings like room-temperature superconductor materials, as a theory, it is often very important to the academic community. important."

"It can help us discover the world's deeper operating mechanism."

"Well... Just like the theory of relativity, quantum mechanics, and the theory of dimensional forces, the study of the principles of superconductivity is as important to us as these subjects."

"The principle of room-temperature superconductivity is even more so. Perhaps it cannot help us synthesize room-temperature superconductor materials, but for physics, how to apply it is not particularly important, and it is more important to know why."

"In the last century, Bardeen, Cooper, and Schriever won the Nobel Prize in Physics for their discovery of the BCS theory—of course we all know that Bardeen has won two Nobel Prizes in Physics .”

"In addition, there is a GL theory. The people who developed this theory are Gunzburg and Landau, and these two are also Nobel Prize winners in physics."

"Then, let's talk about other people who are not in the theory of superconductivity, but have made important contributions in the research process of superconductors, such as the first person who discovered superconductors, Heike Camerin Onnes, he also won the Nobel Prize in Physics."

"Then, Johannes and Karl both won the Nobel Prize in Physics for their discovery of high-temperature superconductors—"

"All in all, by saying this, you should be able to understand the importance of research on superconductors in the physics world, right?"

Listening to Wilbur's words, the reporters present all keenly grasped the key points.

It's not how important superconductivity is, but the Nobel Prize in Physics!

Immediately, a reporter asked: "So, Mr. Wilbur, are you likely to win the Nobel Prize in Physics for this achievement?"

Wilbur suddenly laughed, and then said: "Of course, there is no physicist who does not want to win the Nobel Prize in Physics."

"If I could, of course I would also like to win the Nobel Prize."

"I believe you can roughly understand."

"Of course, in this matter, I probably have a little confidence. The principle of room temperature superconductivity is undoubtedly a ticket to the Nobel Prize in Physics."

At this time, Wilbur was obviously the most energetic person in the world.

However, at this time, a reporter raised a question: "But what if your theory is wrong?"

"Wrong?" Wilbur waved his hand with a smile: "Although there is a possibility, as of now, the academic community has not found any problems in my argumentation process."

"Of course, it may take a certain amount of time to confirm my argument. This is understandable. My theory uses the idea of ​​dimensional force. This is a new direction in the field of superconductivity research. There has been no other direction in the past. Scholars have tried this direction."

"However, I believe that after a period of time, the academic community will fully accept it."

However, the reporter looked at the mobile phone in his hand and said slowly: "But... the 2021 Nobel Prize winner in physics, George Parisi, said on the Internet that there may be problems with your theory, because the dimension The founder of force theory, Professor Li Mu, said that there is a problem with your use of dimensional force."

"What?" Wilbur was stunned for a moment.

Li Mu, the founder of the dimensional force theory, said that his use of dimensional force in the theory was wrong?