Scholar’s Advanced Technological System

Brother Yan was right, after the experiment officially began, the emitted particle beam flow was basically stable below 5GeV. The signal captured by the ATLAS detector is essentially concentrated between the 1-10GeV energy zones.

Occasionally, one or two exceptions appear outside the upper limit of the 10GeV energy zone, but are not too far off.

In such cases, 750GeV data is not naturally generated.

But as a result, there is no way to convince the 750GeV Zone that there is something convincing about the Ark.

The experiment lasted an entire day.

It was about 12: 00 a.m., dozens of kilometres away at CERN headquarters, when cheers broke out.

From the data feedback from the various detectors, the five-quark state particle confidence captured in the eye has exceeded 5sigma, all the evidence shows that the five-quark state particles have been found!

Though this has long been anticipated by all, what is speculative is far from being more exciting when this moment really happens.

In general, quarks that are fragmented in colliders are either composed of “quark-reverse quarks” similar to K-media, π-media pairs, or “three-quark states” such as protons and neutrons. As for the single quark state, the single quark state particles are not allowed to exist because the quark is bound by the strong acting force of the chromophore.

However, quantum chromodynamics does not prohibit the existence of such strange states as "quadratic states” and “five-quadratic states”.

And over the years, major high-energy physics laboratories have been searching for these “weirdos” on colliders.

If these monolithic little guys are not discovered, it can prove that our standard models may have vulnerabilities, and quantum chromodynamics may be incorrect.

But once these freaks are discovered, confidence in the entire theoretical physics community will be a tremendous boost!

According to CERN's consistent urine, almost the day after the experiment ended, an invitation was sent to journalists waiting in Geneva to hold a highly qualified press conference.

Standing before media journalists, CERN's press spokesperson announced the news in an exciting tone.

“… we have successfully discovered five quarks of particles, another great victory for the standard model! We are once again convinced that the path we have chosen is the right one! ”

If not surprisingly, the discovery of five-quark particles will be the most significant research of the year in physics, masking the light of all other research results.

In a surge of applause, CERN's press conference ended, followed by extensive media coverage of the discovery.

But for the physicists gathered here, real work is just beginning.

In order to better reveal the physical properties of the five-quartered particles, the LHCb International Cooperation Group assigned researchers from various countries a task to perform a full spectrum analysis of the newly discovered particles.

After the assignment of the task, the research team on Dean Lu's side also invested in this work.

However, compared to the data from the last "joint inspection” of the B1 subdivision with the University of Xuecheng, this time the task was not so tight in terms of timing or even quite relaxed.

Later, Ark asked Brother Yan to find out that this is not the same as the previous paper. This time, every paper of "Full Spectrum Analysis” will be co-signed by all scientific researchers.

There are too many co-authors, the content of the paper is indefinitely weakened, plus everyone is different, there is no subject crash, no one needs to compete with, naturally no one is in such a hurry. Based on the amount of work assigned to each team, one month is more than enough time to do all the work.

Sitting in the hotel's conference room, the ark drafted on A4 paper, speaking in a chatty tone to Brother Zhen, who also sat beside him and buried his head.

“Thousands of signatures… my enthusiasm for the job will be reduced by more than a little over a thousand names and even half of them will be ahead of me when I think about my forthcoming paper. ”

“This is how I work for CERN, and this is where it's going to die, so I don't recommend you come here. Although our work is equally great, the Nobel Prize cannot be awarded to everyone who has witnessed history...” Brother Yan played a debt, put the pen down and stretched out a lazy waist, "Want to play pool at night? ”

Ark thought about it and shook his head: “No, I have something to do with Professor Greer. I'm going to the R2 office later. ”

The last time he visited the site, Professor Greer promised him that, when the experiment was over, he would take the time to sort out the data collected during the test channel.

Just now, he received an e-mail from Grayer indicating that the data had been collated and that he was taking his flash drive to the office.

Although it won't take long to copy the data, the Ark is ready to take advantage of the leisure time at night to study the data.

After all, only two holidays and evenings are available for the Daytime Busy Dean Lou project.

Brother Yan glanced through the idea of the Ark: “Don't tell me about the last time. ”

Ark: “You guessed it. ”

Brother Yan's defeated expression sighed and said: "Well, I admire your obsession... although what I'm trying to say is that you are doing useless work. ”

The Ark laughed and said, "Is it useless? How do you know if you don't try? ”

No way, that's how he does it, when he does math, and when he does physics.

Until now he has been very interested in the characteristic peak at 750GeV.

Although Brother Yan and Professor Greer both said that the flat protrusion could not be called a feature peak, there was a good chance that it would be just a two-photon signal, and even a collision would not necessarily occur. Because it carries so much energy, even five times the Higgs particle!

But that's not what the Ark thinks.

The 750GeV number may seem a bit “heavy," but that doesn't mean that there is no possibility.

Drilling the frontiers of any discipline requires imagination, and this suspicious peak of features, in the view of the ark, already has imaginary space.

Even in the view of the two experts in quantum chromodynamics, this phenomenon runs counter to “common sense” and has no research value. But the common sense of physics does not apply to mathematically born scientists like the Ark.

How did quantum chromodynamics develop?

Isn't that by subverting “common sense”?

It doesn't matter if you're wrong, Kwon is an attempt without the cost of failure.

After dinner, the Ark made a trip to the R2 floor, where Professor Greer was waiting for him in his office.

“All the data you want is on this USB drive, including the data collected on the CMS detector, and I got you one. But to be honest, this data is of no use, and we did less than an hour on the collision of the 1TeV energy zone, and nothing useful except to test the sensitivity of the detectors. ”

Ark: “Thank you… I'm just trying to satisfy my curiosity, whether it works or not, and I want to try to study it. ”

“Curiosity?” Professor Greer smiled and gave him an encouraging look, "I wish him luck. ”