The kicker is here.
…
Wang Hao came the day before his report. He arrived at the airport in the afternoon and was then taken to the Spectrometer Detection Experiment Center.
I came a day early because the report took a long time.
This is an S-level data analysis study. It took nearly twenty days to complete the analysis process. The difficulty is naturally extremely high, and the report will be divided into two parts: data analysis and mathematical analysis.
The data analysis part is to use computer means to analyze the basic data and quickly obtain some numerical values.
Mathematical analysis is the analysis of results obtained by computer means.
The first part is easier to understand, but the later part is more difficult.
Reports will be given in the morning and in the afternoon.
People at the Spectrometer Detection Experiment Center have been waiting for a long time. Most of them are not here to welcome Wang Hao. Many of them are even somewhat resistant, especially the specially invited judges from abroad, including Gesner Rainier, Alec
It would not be an exaggeration to say that S-Brohn, as well as the members of the experimental team with them, were hostile to Wang Hao.
Precisely because most people resisted, it felt like many people came to welcome it.
There were more than twenty people standing at the door of the Spectrometer Detection Experiment Center, half of whom were foreigners.
Seeing this grand scene, Wang Hao was deeply moved.
So many people came to greet me?
So enthusiastic!
The last time I went to the Aviation Materials Institute to give a report, there seemed to be less than twenty people at the door, and they only came here to shake hands sporadically.
Now there are more than 20 or nearly 30 people.
As soon as he got out of the car, a group of people looked over.
Several people came over to greet and shake hands, but the scene seemed a bit strange. A few foreigners did shake hands, but their expressions looked cold.
Zhang Yifang helped introduce them respectively, "Gessner-Rainier, head of the European Particle Collider CP destruction experiment team."
"Alex Brohn, professor at the University of Chicago, Fermilab, leader of the HyperCP experimental project."
These two are not well-known internationally, but the institutions engaged in research and development are very famous.
The European Particle Collider is the largest international cooperation project, involving dozens of countries and teams, and thousands of physicists, mathematicians, and computer engineers working on it. It must be very special to be the leader of an experimental group.
Fantastic.
Fermilab, whose full name is Fermi National Accelerator Laboratory, is named after Enrico Fermi, the 1938 Nobel Prize winner in physics. It is one of the most important physics research centers in Amerikan.
Fermilab is best known for its Tevatron proton/antiproton accelerator, which is the world's second-highest energy output particle accelerator and can accelerate protons to nearly the speed of light.
It is obviously unusual to be the person in charge of a large project at Fermilab.
A group of people walked toward the building.
Zhang Yifang walked next to Wang Hao, with Alex Brohn on the other side and Gesner Rainier following on the left. The ‘CP Big Three’ surrounded Wang Hao in the middle.
While walking and chatting, Brohn talked about the issue of annihilation force, "Dr. Wang Hao, I read your scientific article on annihilation force. It is very imaginative. Your analysis report is related to annihilation force."
,Right?"
Wang Hao was suddenly surprised, "Do you know Chinese?"
"It's in English." Brohn explained, "It has been translated into English and published. What's interesting is that some unreliable media actually regarded it as an official report. I think
I thought there was a big breakthrough in physics research."
"Really?" Wang Hao also found it interesting. He didn't expect that the small articles he published on his blog could be translated into English and published.
Could it be that his influence is too great?
It's a bit strange...
Brohn continued, "If I guess correctly, you should have published that article before completing the analysis, right?"
"Yes." Wang Hao said calmly, "I just had this idea at first, and later analysis supported my idea. The sudden disappearance of the decay signal at a fixed singular point is very illustrative of the problem."
"Do you have any other evidence?"
"Not yet."
Wang Hao shook his head and said, "So, you can think that it is just my judgment, and other people will have other judgments."
Bronn nodded, but he actually smiled.
A group of people came to the experimental center. Zhang Yifang talked about the arrangements for tomorrow's report, and irrelevant people could leave.
Broen and Rainier also left.
They walked towards the restaurant together, and Rainier asked with some confusion, "Why did you ask that question just now? Of course we know that he just wanted to prove the existence of space annihilation force."
"This is my purpose."
Braun stopped and smiled confidently, "Gessner, if you think about it carefully, some lunatics, such as Witten, want to get closer to string theory no matter what research they do. They say he is a string theory fanatic."
A believer will never live a bad life, but many times he will make mistakes because of it."
Rainier nodded thoughtfully.
Brohn continued, "Those group of theoretical physicists are all the same. They hope to find proof to support their theories. The reason why I asked about the annihilation force is to know whether he analyzed it first or proposed it first.
The concept of annihilation force.”
"These are different situations. If it were the former, I would be very worried, but he is the latter. So we can think that he is using analysis to hope to prove the annihilation force."
"It's an absolutely crazy thing."
"If the annihilation force can be proven, what does it mean? He was able to win the Nobel Prize, become the most famous physicist, and leave his name in human history, but he got the causal relationship wrong."
"First you have to make an analysis, and then you can draw conclusions based on the analysis. But he drew the conclusions first and then made the analysis. Do you think this analysis may be correct?"
Rainier kept nodding while thinking, and couldn't help but give a thumbs up to Brone, "After hearing what you said, I'm not worried at all, but what's important now is that we have to find the problem in the report."
"There must be something wrong!"
…
Brohn's analysis is very logical, clear and convincing, but the premise he said is that the annihilation force does not exist, it is fiction and imagination.
But the power of annihilation was not something Wang Hao came up with, but the information he got from his 'inspiration'.
Although it is temporarily impossible to prove the existence of annihilation force, there will be no problem if we analyze it in the right direction.
The next morning, many people came to the Spectrometer Detection Experiment Center, including mathematics professors from Capital University and researchers from the Institute of Mathematics of the Academy of Sciences.
The most important ones are the two Fields winners-Qiu Chengwen and Coucher-Birkar.
They were invited by the spectrometer detection experimental team.
The spectrometer detection experiment team sent messages to various universities and invited mathematics professors to participate in the review. The Mathematical Science Center of Shuimu University also received the message and just let interested researchers go as usual.
Qiu Chengwen decided to come after hearing the news. He read Wang Hao's Annihilation Force article and learned about the report's conclusions, so he decided to come to help 'support'.
He could immediately see how 'destructive' Wang Hao's analytical conclusion was for CP destruction experimental research.
That's real destruction.
If Wang Hao's conclusion is correct, the efforts of several international CP experimental research groups in the past few years will be in vain. They will either find new directions or simply disband.
This kind of ruined result will definitely not be welcomed.
Qiu Chengwen simply came over, partly to help and show support, and partly because he was interested in Wang Hao's research.
Kaucher-Birkar, an Iranian mathematician, was also invited to work at the Mathematical Sciences Center, so he came over with Qiu Chengwen.
The review team has two Fields winners, including the ‘CP Big Three’ team and other invited reviewers, and the lineup is very gorgeous.
Seeing all the review lineups, it feels like the review has become an academic event.
When Wang Hao came over in the morning, he was also surprised by the gorgeous lineup. However, he had met people from the Mathematical Science Center. Others he didn't know could also meet and shake hands to get familiar with each other. It would also be good to meet some people in the mathematics community.
.
The time for the report is set at nine o'clock.
Wang Hao was in the reception room, sitting with Qiu Chengwen.
To be continued...