"Someone asked me, Shen Qi, why did you do well in mathematics? Why did you enter the physics world? Why did you enter the physics world?" Shen Qi's opening remark was launched in the form of a self-question.

After asking, he answered himself: "When one road cannot be done, he will naturally choose another road. This is human instinct."

"Mathematics and physics are actually one way. If this road cannot be done or reaches its end, I will choose another way." Shen Qi operated the ppt on the screen and said: "Okay, let's get to the topic. The title of my report today is "A Summary of the Structural Research of Condensed Matter Physics."

"Because it is an integrated and sorted version of the four research results I published before, the original text of this review report is very long, with more than 500 pages. The conference only gave me 3 hours, and I also want to complete the report within 3 hours. If the report is too long, everyone may fall asleep."

"The content of the report for 3 hours is condensed into 180 pages, which is a rhythm of 1 minute per page, and the original text of more than 500 pages will be published publicly after the meeting. Are you ready? OK, right, then I will officially start."

The first part of Shen Qi's report is about "Research on defect topology based on spherical homoethic groups". He has never publicly mentioned this purely theoretical research result. At Princeton, Shen Qi and several other physics masters from the Institute of High School published it together.

Most of the physicists here are applied physicists. Pure theoretical things can easily fall asleep after listening to them for a long time, and some people can't help but take out their phones to play with them.

The second part of the report is "On Complexity", which is more theoretical. When Weiteng first reviewed this article, he didn't understand it, but he only understood it the second time.

After understanding, Weiteng reminded Shen Qi that if you want to win awards and honors in the secular world, don’t write such profound articles. If you don’t care about secular evaluations, keep playing.

More and more colleagues in the physics community here doze off. It’s not because Shen Qi’s speech is not bad. It’s because Shen Qi’s speech is too in-depth, so many people find it difficult to understand.

Just Professor Cui and Chairman Zhu listened with relish. Big bosses are different from ordinary physicists. It is right for ordinary people to not understand the communication between big bosses.

"...So, the first two parts summarize a universal law: that is, the complexity in condensed matter physics, and follow the classification of defects in orderly media in order parameter space in topology." Shen Qi threw out a summary and said: "This means that we can use mathematical means to explain the microscopic characteristics of condensed matter."

The whole audience was silent.

Then you explain... Someone muttered in a low voice.

Shen Qi smiled and entered the third part.

The third part connects the past and the future. This part is based on the universal law of condensed matter physics summarized by Shen Qi. Taking complex oxides as an example, it explains how to describe a type of phase transformation mechanism through mathematical and physical models.

At this time, the atmosphere on the scene became lively, and the colleagues in the physics industry were very enthusiastic. Data, charts and patterns were extremely friendly to them, which was what they were most familiar with.

When Shen Qi talked about the "Shen Qi's phase change rules" and "Shen Qi's equation", the audience burst into warm applause.

Everyone applauded from the bottom of their hearts and understood it. It was very exciting. Professor Shen was super awesome.

Some colleagues have just returned from a business trip in the United States. They know that the latest version of condensed matter physics textbooks for Ivy schools have added "Shen Qi Phase Change Rules" and "Shen Qi Equations".

"Awesome, this is really awesome. I visited Harvard last week for communication. Their physics lecturer mentioned Shen Qi's phase change rules and Shen Qi's equations in class, saying that this is an important test point." A physics professor whispered to his friends around him.

"This test point is quite difficult." My friends around me were worried about American physics students.

Shen Qi's report lasted for more than two hours. He is discussing the fourth part, which is based on topological research methods, describing the microstructure characteristics of amorphous alloys. "...In summary, inhomogeneity is the soul of amorphous alloy research. In the long-range disordered characteristics of amorphous alloys, there is an inhomogeneity and order of nature. My team and I have found a hidden secret."

"Please look at the big screen. Taking the typical palladium nickel copper-phosphorus amorphous alloy as an example, based on the research model combining experiments and theoretical simulations, we discovered its microscopic mechanism. These short-programmed polyhedral cluster structures are connected in space and constructed a medium program of amorphous structures. Through the local five symmetry processing, we prove the inhomogeneity of amorphous structures on the nanometer and even micrometer scales."

"In the last few minutes, I will talk about the fifth part of this report."

"The fifth part is actually a summary, a universal theory principle, a basic rule of phase change, a basic mathematical physical equation and a definitive description of microstructure."

"This is all my experience in condensed matter physics over the past few years, tens of thousands of pages of drafts, more than a thousand experiments and computer simulations, and a large amount of work was finally summarized into three sentences and one equation on the screen." Shen Qi said with emotion, which resonated with the guests from the stage.

"I will always remember a sentence that my physics mentor Edward Witten said. Of course, the original sentence is Einstein."

"The supreme test of physicists is to achieve the basic laws of universality and then interpret the universe from it."

"My report is finished, thank you for listening." Shen Qi bowed and thanked him for the end of the report, no more or less, and it took 3 hours to complete.

Applause was thunderous and praise was sensational. The guests praised it: "The great masterpiece is of great significance."

After the meeting, Shen Qi met Professor Cui and Chairman Zhu, and everyone had a cordial conversation.

Professor Cui, who is engaged in the research of condensed matter physics, told Shen Qi: "Your condensed matter physics review is milestone and very shocking."

Chairman Zhu said: "Shen Qi, you are building a theoretical system, but not the kind of illusory theory. After being widely verified, it will have extremely high application value."

"Thank you for your affirmation from the two seniors." Shen Qi and the two Nobel Prize winners were considered to be the leader.

"I need to recommend it." Chairman Zhu said to Professor Cui.

"That's a must." Professor Cui agreed.

So Chairman Zhu and Professor Cui recommended Shen Qi's name to the Royal Swedish Academy of Sciences.

The Nobel Prize has a strict recommendation and selection procedure.

The Prize for Physics and the Prize for Chemistry were evaluated by the Royal Swedish Academy of Sciences, and the other four prizes were evaluated by another institution.

The Nobel Prize Selection Committee does not accept self-recommendators. The people who are qualified to recommend are: previous Nobel Prize winners, Nobel Prize jury members, specially designated university professors, and special invited professors of the Nobel Prize jury.

As for the Prize in Physics, from September to January 31 of the following year, the Royal Swedish Academy of Sciences accepts a list of recommended candidates.

Starting from February 1, the Royal Swedish Academy of Sciences will screen and review the recommended candidates, and the work situation will be kept strictly confidential.

In mid-October, the list of winners of various Nobel Prizes will be announced.

December 10th of each year is the anniversary of the death of the Nobel Prize. The Nobel Prize award ceremony is held in Stockholm and Oslo (the Peace Prize is awarded by the Norwegian Parliament). The Swedish king and queen attended and awarded the prize.

It is September, and Shen Qi was nominated as a Nobel Prize candidate for the Nobel Prize in Physics by two Chinese Nobel Prize winners.

The Nobel Prize on December 10 this year is to commend candidates nominated before February 1 this year.

What Shen Qi is about to hit is the Nobel Prize on December 10 next year.

After the Chinese Physicists Conference, Shen Qi published more than 500 pages of "Summary of Research on Physical Structures of Condensed Matter", preprinted on arvix.

In terms of entity, because the masterpiece has too many pages, Shen Qi commissioned the German Springer Publishing Group to help him organize and edit it into a physics academic monograph, which was published and distributed in a global field outside of China. The Chinese version of the publishing and distribution was commissioned by Yanda Publishing House to handle it.

If you want to watch it for free, then log in to arvix to check the electronic version. If you want to buy a physical book to collect it, then you can pay a few more money.

A basic rule of phase change in "A Summary of Research on Structural Structures of Condensed Matter" and a basic mathematical physical equation have been verified and recognized by the international physics community. Shen Qi's phase change rules and Shen Qi's equations have entered American university textbooks, which is a fact.

A universal theory principle and a definitive description of microstructure need to be given some time to verify in the international physics community.

The most important thing is the attitude of the judges of the Royal Swedish Academy of Sciences. Shen Qi doesn’t know who the judges are. Just wait, what should be come will always come.
Chapter completed!