Chapter 871: The trump card to completely defeat CERN
After sitting in Director Tai Xuewen's office for a while, Xu Chuan returned to his office with his luggage.
The acceptance report of the experimental data of 'High-quality Particle Mass and Electroweak-Strong Coupling Strength' will be held in two days. He has to take advantage of these two days to review the experimental data submitted by the Chinese Academy of Sciences and Fermilab several times.
Just like the CERN institution, the experimental results produced at the CRHPC institution must also be accepted by the acceptance team organized by the physics community and the CRHPC institution.
And the acceptance application and complete experimental data need to be submitted to the CRHPC agency at least three days in advance.
On the one hand, CRHPC needs to be given enough time to find the acceptance team members corresponding to the arrangement.
On the other hand, it leaves enough time for members of the acceptance team to carefully check and verify the experimental data.
Although it is much less difficult to check experimental data than to solve a physical problem or conjecture.
But ensuring that the experimental data is correct is also a time-consuming and energy-consuming matter.
.....
Two days passed quickly.
For Xu Chuan, although it was a bit tedious to conduct a comprehensive inspection and review of the experimental data submitted by the Chinese Academy of Sciences and Fermilab, it was not a difficult task and did not consume too much of his time. He concluded that
in conclusion.
There is indeed nothing wrong with the results produced by these two laboratories. The mathematics is quite complete, and the Dalitz diagram clearly records the complete coupling strength fluctuations.
In the office, Xu Chuan stretched out after checking the experimental data for the last time, put down the ballpoint pen in his hand and stood up, preparing to go for a walk outside.
Although CRHPC is best known for its Circular Super Particle Collider, it has not only collisions, but also a variety of other top-notch experimental equipment.
For example, high-energy electron linear accelerator, electron-positron collider, super synchrotron, super proton synchrotron, isotope mass separation device and other top physics research equipment.
Today, 13,000 staff from more than 80 countries work here every day.
Nearly 4,000 of them are various ordinary staff members dedicated to serving this organization. Of the remaining 9,000 people, more than 6,000 are physicists and graduate students in physics, and the rest are in related industries.
of engineers.
Various physical experiments are conducted here every day, and different reports and academic lectures are held here. No matter which field they are in, they are all top-notch in the world.
In terms of prosperity, this new physics institution has surpassed CERN, the previous holy land of physics.
Especially before this, CERN made a big mistake and falsified the experimental data of the coupling constant of strong electric symmetry breaking, and its academic reputation was almost destroyed.
However, it is also undeniable that with the support of Western countries, led by the United States and the European Union, the CERN institution is still quite prosperous today.
Although to a certain extent they cannot stop the movements of individual physicists, they can determine the direction of cooperation with the country's top physics laboratories.
For example, LBNL Lawrence Berkeley National Laboratory and BNL Brookhaven National Laboratory, which are affiliated with the US Energy Corporation, have no intention to cooperate with the CRHPC institution so far, nor have they arranged for their scholars to come here to conduct experiments and research.
With the help of the authority established in the field of basic disciplines over decades, CERN can currently compete with CRHPC to a certain extent.
Of course, Xu Chuan also knows very well that in order to defeat CERN and transfer the holy land of physics to China, it will definitely not be enough to rely solely on the last incident of falsifying experimental data on the unified theory of strong electricity.
Academic fraud can bring a serious credibility crisis to CERN, but it cannot completely defeat this opponent.
After all, the Large Hadron Collider is right there. Although it cannot catch up with their CRHPC in terms of collision energy level, the energy level of 35 Tev is enough to verify the unified theory of strong electricity and search for traces of dark matter.
For the high-energy physics community, what is lacking is not physicists, but top-notch equipment.
As long as the equipment is available, there will be no shortage of talent.
Therefore, the only way to defeat CERN is to find an important physical phenomenon that CERN cannot verify.
To put it simply, it is to push the collision energy level to a region above 35 Tev to find a major result.
Xu Chuan knew this very well and had been preparing for this.
The void field theory is the trump card he prepared for this goal.
According to his theoretical calculations, the symmetry breaking energy level in the void field theory is 35 Tev higher. In other words, in the face of the void field breaking theory, CERN's LH-LHC high-luminosity collider cannot perform
Verified.
...
On January 7, at 8:30 in the morning, Xu Chuan walked towards the conference hall of the Central Palace.
The acceptance report meeting for the experimental data of "High-quality Particle Mass and Electroweak-Strong Coupling Strength" is about to begin. There are already many physicists inside and outside the venue.
Smiling and nodding along the way, he dealt with the physicists who came up to say hello. After entering the venue, he immediately saw Professor Chen Liquan of the Chinese Academy of Sciences, smiling and communicating with a middle-aged man with a big beard.
"Professor Chen."
Xu Chuan walked over with a smile and said hello to Chen Liquan. The two met a few times, but they mostly met at academic seminars and did not have time to communicate in depth, so they were not very familiar with each other.
This time, the prediction data of high-quality particle mass and electroweak-strong coupling strength were produced by his team led by the Chinese Academy of Sciences.
"Academician Xu, you are here."
Seeing Xu Chuan coming over, Chen Liquan's eyes lit up, and he walked over quickly with a smile on his face, just like a fan seeing his idol, with excitement and excitement on his face.
This chapter is not finished yet, please click on the next page to continue reading the exciting content! Xu Chuan smiled and stretched out his right hand, saying: "Congratulations on finding the experimental data of high-quality particle mass and electroweak-strong coupling strength, and unveiling the strong electrostatic
The new mysteries of a unified theory.”
With a smile on his face, Professor Chen Liquan held up his hands, shook them vigorously, and said modestly with some satisfaction and pride: "It's just a trivial achievement made by standing on the shoulders of giants."
"You who wrote the unified theory of strong electricity and made this prediction are truly the great scholar who has uncovered the mysteries of this world."
The rainbow fart was photographed with admiration without any thought, and Chen Liquan's face flushed with excitement.
For a physicist, Xu Chuan, who solved the Yang-Mills existence and mass gap problems and completed the unification of strong electricity, is undoubtedly the idol of most people.
Even when he works at the Chinese Academy of Sciences, he is no exception. Even if Xu Chuan is nearly twenty years younger than him, he still cannot change the mentality of fans when they see their idol.
Xu Chuan smiled and said: "No matter how good the theory is, it needs help from others to confirm it. I have to thank you for finding the experimental data."
"This is also my dream and pursuit." Chen Liquan said with a smile.
At this moment, the bearded white professor on the side suddenly shouted excitedly: "Wow, Xu! You are Professor Xu Chuan!"
Xu Chuan looked over, nodded with a smile, and said, "It's me."
"Hello, Professor Xu, my name is Bruce Primo, and I work at Fermi National Laboratory. It's a pleasure to meet you. I'm your fan!"
Bruce Primo shook his beard, quickly introduced himself, and extended his hands enthusiastically.
Xu Chuan smiled and stretched out his hand, shook it and said hello: "Hello, Professor Primo."
Bruce Primo said excitedly: "I have read the paper you wrote on how to use mathematical tools to calculate the decay channel data of high-energy physics particles. It is simply the most wonderful article I have ever seen."
"I dare say that without it, we would never have found experimental data on high-quality particle mass and electroweak-strong coupling strength so easily this time."
On the side, Professor Chen Liquan had a smile on his face and explained: "Professor Primo is a big fan of you, Academician Xu. He regards every one of your physics papers as a classic. And that one on how to use mathematical tools to calculate
The paper on high-energy physics particle decay channel data was regarded by him as a Bible-like existence."
"This time, thanks to Professor Primo's calculations, we were able to find and confirm experimental data predicting the mass of high-mass particles and the strength of electroweak-strong coupling so quickly."
Hearing this, Xu Chuan glanced at Professor Bruce Primo with some surprise, and said with a smile: "Professor Primo has very strong mathematical ability."
The method of using mathematical tools to calculate the decay channel data of high-energy physics particles is his original creation, which tests a scholar's mathematical ability.
Various tool transformations, such as the use of the soft gluon resummation effect of transverse momentum distribution, or the use of tools to solve the coupled decay of high-energy particles, are very troublesome.
If it's just a nuisance, forget it. What's more important is that the mathematics used in this tool tend to be cutting-edge mathematics.
To be honest, in the world of physics, physicists who can understand these mathematics are as rare as giant pandas. I didn't expect to meet one just now.
However, considering that this paper has been published for seven or eight years, it is not surprising that there are scholars in the physics community who understand it and learn to use it.
Bruce Primo grinned and said: "I graduated from Princeton University with a major in mathematical physics. I originally planned to work in the field of mathematical models. Unexpectedly, I later entered Fermilab and began to study theoretical physics.
.”
Xu Chuan smiled and asked curiously: "Then you are a little far from your dream."
Bruce Primo scratched his head. A strong and strong middle-aged man actually felt a little shy at this time: "It doesn't matter, I love my profession, and I think theoretical physics is pretty good too."
Xu Chuan nodded and said with a smile: "I wish you good luck and achieve higher achievements in the theoretical physics world in the future."
...
As time went by, more and more scholars arrived at the Zhonggong venue.
Soon, this semicircular venue, which can accommodate more than 2,000 people, was nearly two-thirds full.
Following the nameplate, Xu Chuan found his seat. His seat was in the first row, next to Edward Witten.
After saying hello to this former mentor, not long after, the acceptance report meeting on the experimental data of high-quality particle mass and electroweak-strong coupling strength began.
The person who took the stage to give a report was undoubtedly Professor Chen Liquan from the Institute of Physics of the Chinese Academy of Sciences.
In such large-scale scientific research institutions led by China and experimental research projects led by Chinese scholars, it is naturally impossible to give up the opportunity to gain honors to others.
Again, when they didn't have the equipment, they required cooperation with research institutions in other countries.
Even if achievements are made, even if the main achievements are made by Chinese people, they will not get corresponding honors. At most, they will only be named when they are made public.
Now, the situation is completely opposite.
Professor Chen Liquan's face was red, he was full of energy, and he was a little excited.
Soon, the report meeting began.
The PPT was shown page by page, and the concise and clear reporting style and clear ideas made the scholars in the audience nod their heads in praise.
On the side, Edward Witten suddenly came over after listening for a while, poked Xu Chuan who was listening, and asked: "About the experimental data on room temperature superconducting materials that you published a few days ago...
..."
It wasn't that he didn't believe his student, but the news was too shocking.
Coupled with the fact that Xu Chuan has not given any explanation to the outside world since he made the news public, and some of the rhythms set by research institutes from various countries some time ago, he couldn't help but want to ask what the situation was like.
This chapter is not finished yet, please click on the next page to continue reading the exciting content! After all, he is not an expert in materials science, and he really doesn’t know who is real and who is fake.
This made him a little worried that this former student had taken a wrong path.
Xu Chuan smiled and said: "The Sichuan-Hai Institute of Materials has invited the Planck Institute of Materials and other laboratories to conduct superconducting tests in Jinling. The results should be out soon."
Hearing this, Witten nodded. Knowing that there should be no problem, he did not ask any more questions. He changed the subject and said: "How is the progress of the void field theory?"
Hearing this question, Xu Chuan scratched his head in embarrassment and said: "It's okay, there's no big breakthrough for the time being."
In the second half of 2023, he didn’t put much energy into void field theory, and he focused on other things.
The so-called Witten problem is really a bit like when you were in school and your teacher asked you if you didn't do your homework. It was really embarrassing.
Witten didn't think too much about it. After all, it was well known that Xu Chuan went to work on room temperature superconducting materials in the second half of the year, and he definitely didn't have the energy to study void field theory.
He just asked casually, reminded me not to forget this matter.
"Speaking of which, the room-temperature superconducting material has been completed. What are you going to study next?" Witten glanced at the Chinese scholars on the stage who were still reporting, and asked Xu Chuan curiously.
Xu Chuan thought for a while and replied: "Some things in the aerospace field, as well as research on the Riemann Hypothesis and other aspects."
The work of manned missions to Mars is confidential and cannot be disclosed to the public for the time being. Even if Witten is his mentor, he cannot reveal too much.
On the contrary, the Riemann Hypothesis is indeed his next research target.
Because only by solving the Riemann Hypothesis, the subsequent mysteries of prime numbers related to the space and time of the universe, and the possible existence of space holes, will the Einstein-Rosen Bridge have enough foundation to conduct research.