Rule department scholar

The second point is George Smoot's comment.

The winner of the Nobel Prize in Physics sounds like a great figure in physics, and comments on papers will also attract attention, not to mention such admirable comments.

There was a lot of discussion on the Internet.

"It would be nice if my paper was also reviewed by a Nobel laureate."

"No need to comment, just read it if you are interested."

"The physics achievements mainly promoted by the Nobel Prize winners also said that they can establish a school and become a branch of theoretical physics. So, in the future, there will be many physicists who specialize in studying particle boundaries?"

"Zhao Yi is amazing. He seems to be omnipotent. Mathematics, computer, biology, and now it has become physics..."

"Physics has existed for a long time, okay? He is the one who discovered the new particle!"

"..."

Under the public opinion of admiration and flattery, many people also began to study what exactly Zhao Yi's achievements were.

Many physics majors also stood up and complained, "I can't understand it!"

"I don't understand at all, especially the mathematics content in it. I, a doctor of mathematics, feel like I am reading a bible."

"What the hell is this!"

"Is this the difference between people? The physics research that Zhao Yi is studying now is just the part of mathematical calculations, which is beyond the comprehension of mere mortals."

Many people lamented that 'Zhao Yi seems to have upgraded'.

A lot of research done by Zhao Yi before, including the proof of the Kakutani conjecture, the content of the screening method, and even the proof of the Goldbach conjecture, all use ordinary knowledge to make amazing results, and the content of the papers written It is also very 'people-friendly', people who have a certain understanding of professional knowledge can understand part of the content.

There are not many research contents now, but it is too difficult to understand.

Fortunately, there is never a shortage of experts on the Internet, and soon someone gave a simple explanation for Zhao Yi's research, "Zhao Yi's research is to explain the energy distribution of particle boundaries."

"It's a theory, not a real research finding."

"The content of those mathematical frameworks is the description of the boundary energy distribution."

This makes the explanation much clearer.

While there are more and more discussions in China, there are also many professional discussions abroad.

The response from the physics community was the greatest.

The physicists who first stood up to comment on the papers were not very pleasant to say, and almost all held absolute objections.

"That's a layman's imagination about the composition of particles."

"Unreasonable stuff!"

"It can't be called research at all, it should be counted as mathematical garbage."

"This study makes no sense at all and can never be proven because it is inherently bogus."

The views expressed by foreign physicists have also affected domestic public opinion, and many media simply did not report on it.

just in case……

Just like what a few top physicists who stood up said, the research content is false, cannot be proved, and fabricated, and it is really embarrassing to tout it for publicity reports.

Two days later.

Public opinion abroad has reversed.

The first to stand out was the new Nobel Prize winner in physics, George Smoot. He publicly said in an interview, "The boundary theory of particles is a new theory that is very worth exploring and has great potential!"

"I believe that, like string theory, there are many research directions, and it will become a branch of theoretical physics in the future."

This claim is supported by several top physicists.

Edward Witten, who has a research cooperation with Zhao Yi, also stood up, "I am working with Zhao Yi on the boundary problem of the multi-dimensional space of string theory, but my research has no results. I didn't expect him to be the first to achieve results. "

"I doubt whether I am a physicist or he is a physicist. By the way, he was originally responsible for the mathematics content."

"Now I am sure that his mathematics content can be completed very well."

"The boundary theory of particles and string theory do not conflict. It can be said that they are two theories that go hand in hand and may be complementary."

"It helps refine the linear computational problem of string theory."

"I agree with my colleagues that particle boundary theory has the potential to become a subfield of theoretical physics."

"Maybe it will be like string theory. In the next few years and decades, more physicists will devote themselves to this research."

Edward Witten's statement can be related to the development of string theory, and all physical theories originated from mathematical calculations.

The prototype of string theory was discovered in 1968 by Venetiano.

He was originally looking for a mathematical formula that could describe the strong force in the nucleus, and then found the 200-year-old Euler's formula in an old mathematics book, which could successfully describe the strong force he was looking for. force.

However, the further understanding of this formula as a short elastic "line segment" that can twist and shake like a rubber band was discovered by Leonard Suzkan shortly afterwards, and "string theory" was developed in the future.

The current "Particle Boundary Theory" is similar. The mathematical framework and formulas are the basis for supporting the theory. The particle boundary energy explained in it and the analysis of various particle boundaries are secondary.

Doing research based on mathematical frameworks can make many similar expansions.

That's why George Smoot and Edward Witten believe that "The Boundary Theory of Particles" has the potential to develop into a branch of theoretical physics, and it may even keep pace with string theory in the future, and a large number of physicists will devote themselves to research.

Two Nobel Prize winners stood up to support the particle boundary theory, and the impact was also very huge.

The domestic academic circle responded violently, and many academic media came forward to analyze and popularize the particle boundary theory.

The reaction of domestic public opinion is not because of the theory itself, but the meaning of the existence of the theory--

So far, various theories in the physics world have been proposed by foreign scientists, and there are also many domestic physicists who pursue foreign theories for research.

Now there is finally a theory of physics, which was proposed by domestic scholars and supported and recognized by two Nobel Prize winners, so the meaning is naturally very different.

Academic issues suddenly rose to the level of honor and politics.

Chapter 3 Do you want to be a teacher and offer courses?

"The Boundary Theory of Particles is the first physical theory researched and published by domestic scholars."

"This indicates that the domestic level of physical theory research is making rapid progress, and is expected to catch up with the world's advanced level."

"In terms of domestic academic theory, it has always been considered to be far behind the world. Major universities and scientific research institutions have not paid enough attention to theoretical research and invested little, so that the development speed is slow."

"But it is undeniable that the development of any science begins with a theory..."

"Renren Daily" published a long article, explaining the current situation of theoretical research in China, and affirming the great significance of "The Boundary Theory of Particles".

It is a fact that China does not pay enough attention to academic theoretical research, and it is also related to the stage of domestic technological development. However, theoretical research is also very important if we want to catch up with the world level.

Science and technology, two characters, are separated into 'science' and 'technology', and English is sology.

To put it bluntly, scientific research is theory, and only with the support of theory can technology be developed.

Just like the national satellite navigation project, the underlying mathematical framework is very, very important. With the theoretical support of the mathematical framework, computer algorithms can be improved, thereby greatly improving hardware performance.

At the end of the long article, "Renren Daily" also highly praised the "particle boundary theory" and called it "a pioneering work in theoretical physics research".

With the affirmation of "Renren Daily", other media immediately followed suit, and the country was immediately filled with admiration.

"The boundary theory of particles will become a discipline of theoretical physics similar to string theory."

"Zhao Yi created a new physics discipline and made great contributions to the development of physics in the world!"

"Domestic Physics No.1: Zhao Yi!"

"Following the discovery of a new particle with a good signal, Zhao Yi once again made major research achievements in physics!"

"..."

The frenzied reports by the domestic media were totally unexpected to Zhao Yi. He only had occasional inspirations and made a "conjectural" theory, but he did not expect it to have such a big impact.

The heat this time can't keep up with the completion of Goldbach's conjecture, and it's really not too far behind.

Zhao Yi was puzzled by this, and discussed the issue with Zhou Li.

"It means more!" Zhou Li said calmly.

"Really? Can it be compared to Goldbach's conjecture?"

Zhao Yi still didn't understand.

Zhou Li shook his head and said, "The meanings are different. These are two things. Completing the proof of Ge Guess shows your mathematical ability. There is indeed a feeling for Ge Guess in China, because Mr. Chen Jingrun was a mathematician who was heavily publicized back then. .”

"But to put it bluntly, Brother Guess is just a math problem, you solved it, that's all."

"Physical theory research is different. No one in China has done it before. The physical definitions, concepts, and theories we know are all foreign things."

"Our theoretical research level in physics, in the world, can be said to be much worse than mathematics!"

This is a fact.

If you talk about a few world-renowned Chinese mathematicians, you can simply think of 'Hua Luogeng' and 'Chen Jingrun', how many world-renowned Chinese theoretical physicists?

Who is there?

Not only is the name hard to think of, but I even wonder, "Are there any theoretical physicists in China?"

This field is blank.

Zhou Lidao, "That's the meaning. Your theory is the first. I just read a report saying that you are the No. 1 physics theory in China. This is not an exaggeration at all."

"yes……"

Zhao Yi was a little embarrassed to be said, even if he became the so-called 'No.1', it would be fine to discuss it in private, it would be embarrassing to say it.

After talking with Zhou Li, Zhao Yi also understood the situation, and his research has been 'politicized'.

Politicization, official propaganda, the situation will naturally become different.

Even if it is just a very common theory, after the official publicity, it has become a very profound and meaningful theory. What's more, the particle boundary theory has many merits, otherwise it will not let the two The Nobel Prize winner in physics exclaimed.

This also affected Zhao Yi's life.

In just three days, he had to accept five interviews, two of which were public press conferences where reporters raised their hands to ask questions one by one, and one was an exclusive interview with Central TV.

If it’s just a reporter’s interview, it’s okay. When walking on the road of the school, there will always be some people around, most of them are not from the school, but come to ‘watch’ Zhao Yi. There are also many domestic physicists who come to discuss with him. Boundary Theory Issues.

Zhao Yi couldn't take it anymore.

This didn't affect my life, and I couldn't even feel at ease in class, and I was called out of the door twice.

Come back home!

Retreat!

Taking advantage of the weekend, Zhao Yi made a straightforward decision and asked Lin Xiaoqing to come over for a gathering.

……

Two days later.

Yanhua University expressed support for Zhao Yi with actions.

Vice President Tang Xiurong said publicly, "After discussion, we decided that the Faculty of Science will add an elective subject, the content of which is the boundary theory of particles."

"This helps students increase their understanding of physics theory!"

of course.

Most importantly, the theory was proposed by Zhao Yi, a professor at Yanhua University.

When a university introduces new theoretical research, it can also have a feeling of "a hundred schools of thought contend", just like many foreign universities, which recognize the research of "string theory" and do not hesitate to hire several string theory experts to teach at high salaries. Most people know that similar Research is difficult to prove, and most of the research lasts a lifetime, and there is no hope of making any progress.

What does it matter?

Universities can produce one more theory and one kind of research, so that students can learn more, and it can also give the outside world a feeling of "full tolerance".

Zhao Yi found the news very interesting. The university will add a course, the content is the boundary theory of particles?

Who is the teacher?

"Professor Gao Yihua can fully understand the content, right? It seems a bit difficult, and I need to tell him more..."

"Professor Qu Guosheng's level is not bad!"

"others……"

When Zhao Yi was thinking about who could be the lecturer of the "Boundary Theory of Particles" course, a phone call suddenly came, and the number displayed was Lu Youhuan, Dean of the Faculty of Science.

"Dean Lu?"

"This is really rare!"