Chapter 784 Xu Chuan: Maybe I Will Choose to Name an Award After Myself!
The news of the 5sigma confidence signal of the coupling constant of strong electrosymmetry breaking spread rapidly throughout the physics community like wings.
There is no doubt that this is one of the most important news in the entire physics community since entering 2024.
And if we put aside the strong electrosymmetry unification theory that Professor Xu made public in May, then this is the most important news!
The prediction data of the coupling constant of strong electrosymmetry breaking has been verified, which undoubtedly confirms the correctness of the strong electrosymmetry unification theory to a great extent.
Although this is only one of the predicted data, it is the most important and core of the entire theory.
The prediction data of the coupling constant of strong electrosymmetry breaking has been verified, which also means that the correctness of the strong electrosymmetry unification theory is as high as 80%, or even more than 90%.
After all, when the theoretical logic is self-consistent and there is no problem with the data, the verification of one of the important links has been completed first, which basically means that this theory will not have any major problems.
If the strong electrosymmetry unification theory is verified, it will be huge for the development of the entire physics community!
In the future textbooks, there will be dozens of pages or even a whole book about its introduction.
Therefore, once CERN reported the relevant news, it set off a heated discussion in the entire physics community.
On the internationally renowned physics forum PhysicsForums.
[The latest news, CERN announced that the confidence level of the coupling constant detection data of strong electrosymmetry breaking has reached 5sigma, and the acceptance work report meeting will be officially held on August 1st! ]
[WTF? ]
[Impossible! How can the confidence level of 5sigma be achieved so easily? When the God particle was studied, almost the entire theoretical physics community worked hard for it and it took four or five months, and it has only been less than two months. ]
[This was announced by the chairman of the CERN Council at a press conference, and it cannot be false. ]
[I have read the news information. Chairman Rabinovich said that the reason why the verification of the coupling constant detection data of strong electrosymmetry breaking was completed so quickly this time was mainly related to the upgraded high-brightness LH-LHC collider and Professor Fox Hale of Stanford University. ]
[The high-brightness LH-LHC collider provides more and clearer collision data and more particle collisions, while Professor Fox designed a new verification method. In addition, he works sixteen hours a day. This is completely the result of advanced equipment + talent + diligence. ]
[Awesome, President Rabinovich said that this achievement is worthy of a Nobel Prize. If the coupling constant detection data of strong-electrosymmetry breaking is verified correctly, maybe Professor Fox will be a Nobel Prize winner in the future! ]
[What about Professor Xu? He completed the strong-electrosymmetry unification theory! I think this Nobel Prize should be awarded to him. ]
[Hahaha, didn't Professor Xu already win it? ]
[I mean, his achievements are worthy of another Nobel Prize. ]
[Indeed, I agree +1]
[But the strong-electrosymmetry unification theory has not been fully verified, right? We can wait until the strong-electrosymmetry unification theory is fully verified before awarding him this Nobel Prize. 】
【If the theory of strong-electromagnetic unification is also verified, I think it is not so important to award him the Nobel Prize, because he is fully qualified to award others the Nobel Prize! 】
In the Physics Forums, many physicists, scholars and people interested in physics expressed considerable surprise at the rapid progress of CERN's work.
In less than two months, the coupling constant detection data of strong-electromagnetic symmetry breaking was able to be improved from the confidence level of 0sigma to 5sigma. This speed is incredible to everyone.
However, Professor Rabinovich, the director of CERN, also gave a very reasonable reason. Although surprised about this part, there are not many other questions.
After all, in a few days, the acceptance report for the coupling constant detection data of strong-electromagnetic symmetry breaking will be held, and the entire verification process and the corresponding Daritz diagram will be released at that time.
At that time, this achievement will be reviewed by the CERN directors and the entire theoretical physics community.
If he was not absolutely sure, Professor Fox Hale of Stanford University would not submit an application for the acceptance report.
Professor Rabinovich said at the press conference that Professor Fox's work was worthy of a Nobel Prize, which aroused a lot of discussion.
Some people think that compared with Professor Fox, Professor Xu Chuan, who proposed the theory of strong-electric unification, is more worthy of this Nobel Prize.
Some people also think that Professor Fox's contribution must be quite large and fully worthy of the Nobel Prize for completing the verification of the coupling constant detection data of strong-electric symmetry breaking within two months.
As for Professor Xu Chuan's second Nobel Prize, it can be awarded after the theory of strong-electric unification is thoroughly verified.
The public has its own reasons, and the woman has her own reasons. This medal involving the highest honor in today's academic world is a huge temptation for anyone.
Therefore, there are many people discussing and betting.
At the same time, on the other side of the Eurasian continent.
Xingcheng, the headquarters of Taohualing CRHPC.
The news that CERN had completed the verification of coupling constant detection data for strong electric symmetry breaking was simultaneously transmitted back to China when CERN directors made it public.
In the office, Xu Chuan flipped through the news on the computer screen, his eyes full of surprise.
He did not expect that the coupling constant detection data of strong electric symmetry breaking was completed so quickly with a confidence level of 5sigma.
"The speed of CERN this time is a bit impressive."
After briefly browsing the news, Xu Chuan spoke with emotion.
It has to be said that the verification of coupling constant prediction data for strong electric symmetry breaking was completed in just over a month, which indeed exceeded his expectations.
After all, even with accurate predictions and a powerful collider, it is extremely difficult to analyze the information you need from the nearly endless collision data.
Judging from the usual efficiency of verification work for various high-energy particles, this time is generally as short as four or five months, as long as a whole year or even longer.
For example, the confidence verification work for the Higgs particle lasted four or five months.
The large-scale universal magnetic spectrometer at the Beijing Electron Positron Collider (BEPCII) has been working on verifying the decay process of X(3872) particles into omega J/psi for two full years, reaching 5sigma.
This is why Xu Chuan is still confident of catching up with CERN's progress even after falling behind for nearly two months.
Because it is not an easy task to verify the unified theory of strong electricity.
But no one expected that CERN's combat effectiveness this time was simply off the charts, and it completed the job in just over a month.
On the sofa, Tai Xuewen nodded and said with worry on his brows: "Yeah, I didn't expect CERN to be able to complete the verification of the coupling constant prediction data for strong electric symmetry breaking so quickly this time."
"And more importantly, they also postponed the acceptance report meeting to August 1st, which is obviously for our launch meeting."
"With this approach, it is really difficult to say how many top scholars and physics institutions will participate in our launch meeting."
Hearing this, Xu Chuan also had a headache.
Indeed, what Tai Xuewen said makes sense.
It is difficult to judge how many top physicists will come to participate in the launch meeting of the CRHPC Ring Super Particle Collider after being bothered by CERN.
There is definitely an impact.
And it will be quite big.
After all, the coupling constant prediction data of strong electric symmetry breaking is the core and basic part of the unified strong electric theory.
This prediction data has been confirmed, which also means that the unified theory of strong electricity will most likely complete all verifications in the future and be completely accepted by the academic community.
By then this theory will also become one of the most dazzling pearls in the world of physics.
Faced with such an acceptance report meeting, it would be extremely difficult for any physicist to refuse and would not want to miss it.
However, time conflicts left everyone with only one choice between CERN and CRHPC.
This is a difficult job.
"It's a bit of a bad start."
Xu Chuan breathed a long sigh of relief, shook his head gently and said.
On the sofa, Tai Xuewen frowned and said, "Do we still have a solution?"
All their invitations have been sent out, and some physicists and representatives from physics institutions have even arrived in Star City in advance. They have been visiting and understanding the situation at the CRHPC headquarters in the past two days.
Now, the unexpected situation will probably make many people, or maybe most people, choose to go to CERN.
As a physicist, Tai Xuewen knew very well that no one wanted to miss such a report.
If Hua hadn't already broken with CERN, even he himself would actually want to go.
After all, this is the core verification work of the unified theory of strong electricity, the biggest crown in the world of theoretical physics in the 21st century!
Shaking his head, Xu Chuan said: "It's difficult, this is obviously a targeted behavior, and we can't change the time of the kick-off meeting."
This is a conspiracy, and the kind that has no solution.
Just like the war between Penguin and 360, users can only choose one in the middle.
But physical experiments are not software. Two softwares can be installed on one computer at the same time, but people are incapable of doing anything and can only make one choice.
Originally, with the help of the 130Tev energy level collision experiment, they were enough to attract the attention of the world. But now, it is obvious that the attention of the physics community has been drawn away by CERN again.
Tai Xuewentian sighed and asked helplessly: "Academician Xu, what should we do next?"
Xu Chuan thought for a while and said: "Follow the process that was determined long ago. Even if we encounter some setbacks in the launch ceremony, it will not be a big problem."
"But it would be better to make some changes to the arrangements for subsequent collision experiments."
After a slight pause, he then chuckled and said: "The 130Tev+ energy level strong collider is our greatest confidence."
"Not every work we do, CERN has the ability to attract physicists to."
"After the launch ceremony, the focus of the collision experiment will shift from verifying the strong-electric unified theory to exploring inert neutrinos and dark matter."
Hearing this, Tai Xuewen frowned and couldn't help but say, "Isn't this too much of a sacrifice? After the strong-electric unified theory is verified, you can get the Nobel Prize."
Switching from the first verification of the strong-electric unified theory to the search for inert neutrinos and dark matter, this sacrifice is a bit big for both Xu Chuan and the CRHPC organization.
First of all, the confidence level of the coupling constant prediction data of the most core strong-electric symmetry breaking has reached 5sigma.
Although this is not verified by CRHPC, as the biggest crown in the theoretical physics community in the 21st century, the sooner the strong-electric unified theory is verified, the sooner Xu Chuan will get the Nobel Prize.
And sacrificing the time to verify the strong-electric unified theory to explore dark matter and dark energy, which currently have some limits, but it is unknown how long it will take to find them.
With this turn, it can be said that they almost directly gave up the priority of verifying the strong-electric unified theory through CRHPC.
In addition, whether dark matter can be successfully found and achieve a confidence level of 5 sigma is still an unknown.
This is also the reason why CERN chose to search for inert neutrinos and dark matter at the beginning, and shifted its focus without hesitation after the emergence of the strong-electric unified theory.
Because the verification of the strong-electric unified theory can be found by following the map and searching through the predicted data in the theory, it has a higher priority and is easier.
Hearing Tai Xuewen's words, Xu Chuan laughed and said, "I already have the Nobel Prize. I got it a few years ago."
After a pause, he looked at Tai Xuewen and joked, "Besides, whether to verify the strong-electric unified theory first or search for inert neutrinos and dark matter first, it actually makes no difference to me."
"Because."
"Both of these are theories I proposed."
Hearing this, Tai Xuewen gently patted his head and said with a smile, "I forgot about these."
"You are the youngest Nobel Prize winner in history. The two most important theories in contemporary physics are all proposed by you. No matter which one is verified first, it really makes the same for you."
Xu Chuan He smiled and said, "Don't worry, it won't take too long to find the full picture of inert neutrinos and search for dark matter."
"I designed the dark matter detector of CRHPC myself, and no one knows the form of inert neutrinos and dark matter better than me. Even CERN can't snatch this honor from us first."
Tai Xuewen smiled and said, "If inert neutrinos can be fully confirmed, this will be another Nobel Prize."
Xu Chuan smiled, picked up the teacup and took a sip of tea, and said, "If inert neutrinos can be fully confirmed, maybe I will choose to establish a new medal with my own name!"
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