Great Country Academician

In the No. 1 lecture hall, the scene was in chaos.

The noisy discussion reached Price Carter's ears, as if everyone was laughing at him, at least that's how he felt.

But in fact, not many people laughed at him in the entire venue. Most of the scholars were discussing whether there was a solution to the problem raised by Lin Feng, or exchanging the acceptance data of the dark matter of Kadla and whether there were other defects in the paper.

After all, the detection of dark matter is crucial to the development of theoretical physics. Whoever can take the lead is destined to be remembered in history.

Of course, some impatient scholars have stood up from their seats and are ready to leave the scene.

From the current situation, Professor Price Carter undoubtedly has no ability to solve the problem raised by Lin Feng.

Instead of continuing to waste time waiting here, it is better to go to the cafe outside the building to make a cup of coffee.

After all, whether it is worth waiting at the lecture site depends on the person.

If it is Professor Xu or a Nobel Prize winner standing on the stage, they are still willing to stay a little longer.

As some people began to leave, both the media reporters in the lecture hall and the media reporters outside the lecture hall were keenly aware that today's lecture would have an "accident".

This was "good news" for them.

No matter what the situation was, they would not lose anything.

If they could get some more news from Professor Price Carter or the young scholar who asked questions in the front row, they would make a fortune.

The lecture ended in failure.

Standing in the audience, Lin Feng was surrounded by the media reporters in the hall and the photographers who came in from outside the hall before he walked out of the No. 1 lecture hall.

Recorders were almost stuffed into his mouth, and all kinds of questions came pouring in.

"Hello, Professor Lin. May I ask how you saw Professor Price Carter's acceptance report meeting today?"

"Hello, Professor Lin. May I ask if the acceptance report meeting on Caldera's dark matter has failed? Is there any room for improvement in Professor Price Carter's research results?"

"May I ask why Professor Xu Chuan didn't come to attend this acceptance report meeting?"

"Excuse me."

Surrounded by many media reporters, Lin Feng couldn't move and had no choice but to answer a few questions selectively.

According to this situation, he couldn't leave without answering any questions, after all, he was on someone else's territory.

"Professor Carter is an outstanding scholar. We cannot judge whether the acceptance report of Caldera dark matter has failed. If he can successfully repair the calculation data and solve the problem I raised, perhaps the exploration of Caldera dark matter is successful."

"The work at CRHPC is very busy, and Academician Xu cannot spare time to attend the acceptance report meeting at CERN for the time being."

"The verification of the strong electric unified theory has entered the final stage, which is no less than the result of dark matter exploration. I believe that the acceptance report meeting there will be a complete success."

"."

In the lecture hall, Lin Feng selected a few questions and answered them in a proper manner, and at the end he also attracted a wave of traffic to the strong electric unified theory and CRHPC organization.

As for whether the detection of Caldera dark matter was successful, only an ambiguous answer was given.

After all, to be honest, Professor Price Carter and Harvard and the University of Munich behind him still have the hope of "repairing" the defects, but the probability is very low.

Moreover, for the academic community, it is generally more tolerant of research and scholars in cutting-edge fields.

Simply put, the academic community never requires academic achievements such as the exploration of dark matter, which are the world's cutting-edge theories, to succeed in one go.

Whether it is mathematics, physics, or chemistry, biology and other sciences, people always have enough patience for top-notch problems.

As long as it does not involve data fraud, paper fraud and the like, even if problems are pointed out at a report meeting or acceptance report meeting, the academic community will generally not immediately sentence his paper to death and declare it a failure.

For academia, nothing is ever "truly" correct. It can be said that the correctness of almost all theories is limited in time or in a certain direction.

On the other hand, no one can be sure whether the defects of this problem are really unsolvable.

Many times, you think that the problem may be unsolvable, but it may be solved by going in another direction.

Just like Professor Andrew Wiles was trapped by a "small problem" for eight months at the report meeting.

At the beginning, the mathematical community expected Professor Wiles to fill the gap in Fermat's Last Theorem soon.

But as time went on, after half a year, no one had this idea anymore.

A few months later, almost the entire mathematics community had sentenced Wiles' proof to death.

But what was unexpected was that Professor Wiles finally solved the flaw.

Of course, although the academic community is quite tolerant of this kind of research, for Professor Price Carter himself, he encountered failure directly at the acceptance report meeting, which was simply unacceptable to him.

Especially since the questioning session had just begun, this was the first question, but he was already unable to answer it. It was like a thorn that pierced his heart deeply, and every time he thought about it, he felt a sharp pain.

"Shit!"

In the office, when Price Carter recalled that he was standing on the report platform and enduring the strange and mocking eyes of thousands of people, his face flushed.

He angrily threw the experimental data and papers in his hand onto the coffee table, knocking over the porcelain cup on the coffee table and splashing water.

The questioning session had just begun, and he encountered such a miserable defeat. In his opinion, this was more like a targeted humiliation.

After all, if the other party really had a problem, he could have put it aside for the end, instead of jumping out first and causing him to lose face in front of thousands of people.

Of course, he also forgot that the initiative of the questioning session was in his own hands.

He was the one who couldn't wait to conquer the other party and wanted to become famous in one battle.

But at this moment, he was furious and didn't think so much. His expression was uncertain, and he uttered a few insults from time to time.

Seeing the furious Professor Price Carter, the office assistants and students were silent, and no one dared to make a sound.

At this moment, the door of the office was pushed open.

Professor Bertie McDowell, chairman of the CERN board of directors, walked in.

Looking at the angry Price Carter, the expression on Bertie McDowell's face was not much better.

Not only did this physics professor from Harvard University make a big mistake in the exploration of dark matter, but he also made CERN, including the chairman of CERN, lose face in the world.

But at this moment, he still had to calm down and help Price Carter out of the predicament.

After taking a deep breath, Bertie McDowell said, "Listen, Price, this is not the time to be angry or frustrated! I need you to cheer up and solve the problem raised by that person!"

"It's nothing to lose face at the acceptance report meeting. As long as the free flow scale of dark matter or the corresponding mass can be solved by decoupling neutrinos to the motion distance of t=teq, the detection results of Caldera dark matter are still valid, and your paper is still valid."

Hearing this, Price Carter's face was angry and powerless.

But soon, he became depressed again and said hoarsely, "I can't find a way to solve this problem. If I could, I would have done it a long time ago."

From the end of the acceptance report meeting to now, although he was angry, he was also thinking about whether there was a way to improve this problem.

But what made him powerless was that he tried his best to learn all his life and didn't find any way to solve this problem.

For dark matter, the density perturbation on the scale smaller than λfs will be smoothed and attenuated by the diffusion of particles, which is simply fatal.

Seeing Price Carter's depressed look, Bertie McDowell took a deep breath and said, "If one calculation method doesn't work, use another method!"

"As long as there is no problem with our experimental data, at most there are some problems in the calculation mathematics. We just need to optimize this problem and solve this problem, and the honor will still be ours."

"But if we fail in the detection of dark matter, it will not only be you and me who will be unlucky and embarrassed, but also the entire CERN."

"If CERN collapses, will China's CRHPC agency choose to take you in?"

"They now have enough experimental resources and allies."

He originally thought that the exploration results of Cardra's dark matter would help him secure the position of Chairman of the CERN Council, but he didn't expect that this was also a big pit.

Especially when he saw Price Carter's frustrated look, he was even more angry.

At the beginning, he vowed to him that there was no problem with the detection results of Cardra's dark matter.

As a result, now something went wrong, it was his turn to help clean up the mess.

After listening to the words of President Bertie McDowell, Price Carter's low mood was relieved a lot. He raised his head, pinched his nose, cleared his throat and said.

"You make sense, we haven't completely lost yet!"

"All the observational experimental data are real, we just have some problems in the calculation."

"I will contact the team of the University of Munich to re-sort the experimental data of the Kadla dark matter particles!"

"As long as the experimental data is fine, I believe that even Professor Xu can't deny our collision experiment!"

At the same time, far away on the other side of the Eurasian continent.

In the headquarters building of the Taohualing CRHPC organization in Xingcheng.

Edward Witten and Pierre Deligne were sitting in Xu Chuan's office drinking coffee and tea, admiring the scenery outside the full-length glass windows.

"By the way, what do you think the experimental data detected by CERN is?"

After taking a sip of the coffee in the ceramic cup, Witten retracted his gaze from the window and looked at Xu Chuan curiously and asked.

Just now in the Central Palace Lecture Hall, the two of them almost rejected the Kaldera dark matter reported by Professor Price Carter, believing that this might not be a dark matter particle, but some other discovery.

After all, whether it is from the collision experimental data or calculation data, as well as the Daritz diagram drawn, the possibility that the results produced by Harvard University and the University of Munich are dark matter is too small.

Hearing this question, Xu Chuan thought for a while and then said: "I'm not sure if it is, after all, I can't see the real original data belonging to it."

"However, judging from the experimental data currently presented by CERN and Professor Price Carter, as well as acceptance report documents, papers and other materials, I am more inclined to think that this may be some previous neutrinos that appeared in high-energy collision experiments. An unexplored phenomenon.”

"How to say?"

Hearing this, Witten looked over with interest, curiosity on his face.

Xu Chuan thought for a while and said: "When I was studying controllable nuclear fusion technology, I once went to the Daya Bay Experimental Base, where I saw some abnormal data related to neutrinos."

"For example, when muon neutrinos pass through some types of mineral oil or materials, their beam intensity is higher than predicted by reactor neutrino models."

"Especially after taking the neutrino reaction cross section into account, the predicted number of detectable reactor neutrino events increases by 6 to 7 percent."

"This data is very similar to the oscillation conversion data of neutrinos and sterile neutrinos in the experimental data published by Professor Price Carter this time."

Witten thought for a while and said, "Can I see the data you mentioned?"

After saying that, he realized that this request might be a bit presumptuous, and quickly added: "Of course, it doesn't matter if it's inconvenient."

After all, it was something related to controllable nuclear fusion technology, and he didn't want to embarrass this student.

Xu Chuan smiled and said: "This is not confidential data. It has been made public by the Daya Bay Nuclear Power Plant and can be found in academic journals."

After thinking for a while, he added: "If I remember correctly, the first author of the paper should be Professor Du Xingsheng."

The reason why I remember this paper relatively clearly is that the anomaly of reactor neutrinos is quite prominent and has never been encountered before.

On the other hand, when he was developing the 'neutrino communication' technology project for Xinghai Research Institute later, he pulled out this paper again.

In his opinion, it may be far more difficult than imagined to implement neutrino communication technology into the ordinary neutrino category.

Perhaps these abnormal neutrino experimental data can point the way to neutrino communication technology.

If possible, he would like to get the raw data from the collision detection experiment of Harvard University and the University of Munich from CERN to study it.

However, judging from the current life-and-death situation between CRHPC and CERN, the difficulty may not be as high as usual.