When the powerful words fell, most of the people in the conference hall were shocked.

If the error can be said to be a mistake, it can be that the CERN collider performance is insufficient and does not capture the breaking effect of the "quark ball", "gluon" and "void field".

Then the loophole is a completely different meaning.

All the scholars who can sit here today are talents selected from thousands of people.

Even if the "bastard" who comes out to see the world with his mentor, it is an out of reach in the eyes of the general public.

Xu Chuan's words, in the eyes of most scholars, are undoubtedly accusing CERN's acceptance data of fraud.

For the academic community, the taboo thing is academic misconduct, but it is not just academic misconduct.

And if we want to discuss the most serious of various academic misconduct, there is no doubt that it is academic fraud.

This is the most serious violation of scientific ethics in the scientific research community.

Whether it is forging data, tampering with experimental results or improperly citing other people's results, they are the biggest taboos in the scientific research and academic circles.

Because for academics, all achievements should be based on truth, objective and honesty.

Any form of academic misconduct can cause serious harm to the academic field.

Especially for fraud.

This is not only the matter of the person involved, but also affects the entire academic community.

First of all, academic fraud seriously damages the reputation of the academic community and the trust of the outside world. Every exposure is a serious damage to the parties involved, the academic community, and even the corresponding institutions and countries.

For example, in the past few years, the retraction of 107 Chinese papers in "Tumor Biology" was not only caused by the reputation of relevant people, but also the reputation of China abroad was implicated.

So much so that scholars from other countries in the field of biology will feel a little suspicious when they see Chinese scholars.

Of course, it’s no wonder that others are. Such organized fraud incidents are really too bad.

In addition, the fraud of scientific research results will not only cause waste of scientific research resources, but also hinder the development and progress of science and technology.

For example, in 2014, Haruko Kobokabata, who was called the "national treasure" by the small island country and "Madame Curie in the island country", caused a sensation in the world's "universal cell" STAP cell academic fraud case.

Because of the importance of universal cells, many scientific researchers in the field of biomedical science in various countries have paid attention to it, and they have invested in personnel for replica verification.

This behavior not only wastes limited scientific research funds, but also causes other researchers to invest more time and energy in these research directions without gaining anything, but also makes the authenticity and reliability of research results in related fields questioned, thus affecting the accumulation and development of scientific knowledge.

After all, the purpose of scientific research is to discover new knowledge, solve practical problems and promote social progress.

Once academic fraud occurs, it may lead to the promotion of wrong research methods and technologies, further aggravating the dilemma of scientific development.

Just like this verification of the coupling constant of strong electrical symmetry breaking.

If there were no Professor Xu Chuan in front of him, the physics community would probably be in a crisis that would never be restored.

Because the prediction of coupling constants of strong electric symmetry breaking is the core prophecy data of strong electric unified theory, and the strong electric unified theory is the cornerstone of the annotation model.

For the contemporary physics community, the Standard Model is a theoretical edifice, which accommodates a total of three of the four major forces that have been discovered.

Once a serious mistake occurs in this building, the impact on the entire physics community can be imagined.

If Professor Xu had not pointed out this mistake, the physics community might be shrouded in this shadow for at least several years, or even decades, in the future.

This may even lead to some other future achievements or findings being rejected because of verification data that does not conform to the coupling constants of strong electrical symmetry breaking.

For the physics community, this will be an extremely serious blow!

It can even be said that if no one noticed this mistake, then the physics community, at least the theoretical physics community, will be shrouded in a heavy cloud covering the sky and the sun.

.........

On the report stand, after briefly explaining the re-verification of the coupling constant of the symmetric breakdown of strong electric power, Xu Chuan also got to the point and started an acceptance report meeting with the big screen behind him.

The noisy discussions in the audience soon became quiet.

On the stage, Xu Chuan gave a detailed report on the work of CRHPC, experimental data analysis and other related work during this period.

Dariz pictures and experimental data kept traversing in everyone's eyes.

"...In the collision experiment of 17Tev energy level or above, the abnormal energy level traces of quark particles and gluons have never been discovered in the physics community before."

"From the experimental analysis data, there is a phenomenon of energy level fluctuation in this process, that is, gluons that maintain strong interactions first experience energy level drops and then disappears. When quark particles acquire enough energy levels to re-form a quark group, the gluon energy level surges, redirecting strong interactions."

"Based on this, we can theoretically deduce that when the experimental collision energy level reaches a certain level, the gluon is not static in the process of the formation of new quark groups."

"They may have gone to some mysterious energy field and obtained energy that is sufficient to maintain strong interactions."

"And the traces of decay are scattered..."

Sitting in the front row of the venue, Edward Witten listened carefully to the acceptance report meeting.

The re-verification of the coupling constant of strong electrical symmetry breaking has been completed by the report.

Judging from the extremely detailed analysis data and Dariz chart, the final winner is undoubtedly CRHPC.

They have found enough evidence to prove that Professor Fox Haier's analysis data on CERN is problematic.

Now, what Xu Chuan reports is the new phenomenon explored during this re-verification process - the breaking effect of quark groups, gluons and void fields in the high-energy collision experiment!

Compared with the former, both him and other scholars sitting here at the moment are more interested in this theory.

Scientists love mysteries!

For those of them, nothing is more interested than exploring the unknown.

Sitting next to Edward Witten, Frank Wilzek ​​listened carefully for a while and suddenly sighed and said, "It's really unimaginable!"

"Um?"

Hearing this, Wei Teng turned his head in surprise and looked at him, a little puzzled.

Wilzek ​​smiled and said, "In June, he explained his theory of Void Field to us at that meeting in Jinling. If you still have an impression of that meeting, you will definitely remember what was in the meeting."

"At that time, his void field theory was really a general concept and did not form a completely systematic theory. Including the current high-level collision experiment, the theory of breaking effects of quark groups, gluons and void fields was not completed."

"And from June to now, it's only been three months. In three months, even with the help of the CRHPC collider, the speed is really terrifying to be able to complete this theory so quickly."

Weiteng glanced at him and said lightly: "For him, this is normal."

As Xu Chuan's tutor during his PhD at Princeton University, even though he might not have taught anything Pierre Deligo, his understanding of this student is quite in-depth.

Only geniuses can understand geniuses.

Although in this field, he now thinks that his academic talent is no longer as good as his student.

But as a scholar who transformed from "history" to "politics" and then to "economics" and "mathematics" finally fixed in the major of "physics", he is still qualified to speak in cross-field study.

Extreme talent Extreme efforts are something that may be difficult for other scholars to do in their entire lives. For him, it is not impossible to complete it in a few months.

Whether it is the "Hodge's Conjecture" completed in less than half a year, or the tool to complete the "mathematical calculation of physical particle energy orbits" on CERN in one month, it is enough to prove all this.

It may be a rare thing to happen to others once in a lifetime, but it may be something that is used to Xu Chuan.

Wilzek ​​smiled and said, "After the report meeting, go and talk to him together?"

Weiteng: "Hmm? What are you talking about?"

"Of course it was the Void Field Theory he proposed!"

Wilzek ​​grinned and said, "Don't you think he must have something hidden? For example, the magnetic monopole theory. If it weren't for the SLAC National Accelerator Laboratory's suspicion this time, do you think he would be public?"

"There is also the Void Field Theory. You don't know how far it has expanded. Don't you want to understand it?"

Edward Witten thought for a while, and finally nodded, saying, "Yes."

......

On the report stage, Xu Chuan's report continued.

"... Through multiple sets of experiments with multiple energy levels such as 17Tev, 18Tev, 19Tev..., etc., we have collected enough data to confirm that the breaking effect of quark groups, gluons and void fields in high-energy collision experiments is a real theory."

"Although we cannot see what is happening in the collider with our naked eyes, the real experimental data will not deceive people."

"As I said at the beginning, the Higgs field explains the origin of mass, and now most of the elementary particles we explore obtain mass because of their interaction with the Higgs field."

"But the fact is that in the high-energy area, behind the Higgs field, there is a field we don't know, which is the core of the energy of a wealthy particle."

"Like quantum fluctuations, it can occur anywhere in space, and the energy exists for a very short time, and it will disappear as soon as the moment comes."

As he said that, Xu Chuan turned around and left the report table, walked to the blackboard beside him, picked up a piece of chalk from the basket, and wrote on it:

“Void Field!

"It is also the Void Field Theory. If the abbreviation is, then it is the XC theory. I am honored that it is the same as my abbreviation in Chinese pinyin."

After a slight pause, he continued to write:

"According to the principle of state superposition, any state with a spin of 1/2 can be written: XC(n)=a↑) β|↓, here a, β is a complex number, and |a|2 |β|2=1."

"And there are two states, i.e. (XC(n)↑)= 1/?2 (|↑)) |↓)(XC(n)↓)= 1/?2 (|↑)) |↓))

They correspond to σ^x=1/2 and -1/2 respectively. We can also use |→),|←) in turn to represent the original two states, a'=(a β)/√2, β'=(a-β)/V2......"

"In short, void breaking occurs at a higher energy level than Higgs breaking, with the strong electrical symmetric breaking coupling constant of 17Tev as the limit..."

"Of course, today's topic is still 'revalidation of coupling constants that break strong electrical symmetry', and the void field is just some extra topic."

"But standing here, what I can tell you is that it still has endless puzzles and endless possibilities. In the future, perhaps we will have a powerful enough collider to uncover its complete veil."
To be continued...