The data has already arrived, and how to deal with it becomes a problem. .

Starting from the theory of quantum chromodynamics, there is a lack of theoretical support.

However, from a statistical point of view, the number of samples is too small, and there is no useful conclusion at all.

After analyzing the data of 10 g for five nights, Lu Zhou finally came to a conclusion.

If you want to confirm whether this abnormal bulge is a characteristic peak, you still have to run a few laps on the Hadron Collider. With the current amount of data, the accumulated cases are not even the confidence of 3sigma, or even the "signs" in a physics, let alone "discovery."

After five nights of building a closed door, Lu Zhou found the academician Lu with the research results and data from the five days.

It is impossible for him to convince ern alone. After all, his identity is only an intern, and his weight is still too light.

After explaining his point of view to Academician Lu, Lu Zhou thought that the old gentleman did not agree with his own opinions, at least he would feel sensuous about this discovery, but did not expect to get a negative reply.

"The Hadron Collider can't be started because of a sudden whimsy. You have to look for 750gev particles. The collision energy should be at least 1.2tev or even 2tev. This overhead is not a small number, let alone Lh's schedule is very full, ern has an endless experiment to do, everyone wants to verify that their theory is correct, but the funding is limited."

Lu Zhou did not give up and tried to convince him: "But the professor, we haven't discovered any new particles since the 'post-standard model era', don't you think this might be an opportunity?"

Yes, whether it is the four quark state or the five quark state particles discovered now, it is a particle that has been observed before, but the confidence is less than 5 sigma. It is called "sign" in academia and cannot be determined as "Find".

If the signal appearing at 750 gev is confirmed to have a new particle, it means that the physics is unclear because he does not know what the particles will appear there.

But for him personally, he can be sure that this discovery, once determined to be true, is at least a Nobel Prize.

"I don't think very well when I say something in my heart." When he heard Lu Zhou's words, Academician Lu shook his head. "The 750gev is too heavy. From the perspective of quantum chromodynamics, this is out of the theoretical foundation."

Lu Zhou stressed: "But we have observed this signal on the atlas, ms detector! Do you think this is just a coincidence?"

"Yes, you are right, he is not necessarily a coincidence," Lu’s academician nodded and pointed to the data on the paper. "But have you ever thought that it might just be a two-photon produced by a gluon polymerization?" signal?"

Lu Zhou nodded: "You are right, there is such a possibility, but it is for this reason that I need to use experiments to prove that my guess is correct!"

Looking at his students, the more excited they were, the more academician Lu smiled and paused for a moment. He sighed and said: "I understand the excitement in your heart, but similar things have not happened. And I am personal. In fact, I would like to help you to test this result, but unfortunately, we are not a member of ern, but a partner country, whether it is me or the old man of Shuimu University, I am not quite able to speak here. Bes, this experiment can't be done."

Lu Zhou fell silent.

As the old gentleman said, the Hadron Collider is someone else's, and it is definitely a priority to do his own research. Unless you can produce solid evidence, not to directly convince the heads of ern, at least let them be interested in your theory.

However, this is in an infinite loop.

If you do not experiment with this energy zone, there will be no evidence at all. Unless you wait for someone else to do a 1tev or more collision experiment, then look for these scraps from other people's data...

However, when will this have to wait?

And even when you find these things, most of them have nothing to do with yourself.

After all, he can't stay in ern, he has been staring at other people's experiments, he has to go back to finish his studies, and he has to go to Princeton to read Bo.

Back in his room, Lu Zhou was on the bed, looking up at the paper in his hand.

Suddenly, he coughed softly and asked in a low voice.

"System, is there any particles in the 750gev?"

The system did not respond.

Is it because the physical level is not enough?

Or is it because this kind of question is also a directional question? According to his previous experience, any problem involving directionality is not within the system's Q&A interval.

Mmp, I feel more and more that this score is useless.

Taking a deep breath, Lu Zhou sat up from the bed.

It’s too early to give up now, not to mention that he is not a person who will easily give up.

In fact, there are still opportunities.

It was impossible for ern to start the hadron collider for one of his interns because his weight was not enough.

If this is the case, then find a person with enough weight to persuade the person in charge of ern to do it!

In the recent period, so many big babies in the field of theoretical physics have gathered here, and there are still many people with this weight.

Unsurprisingly, these people will stay until the end of the month, and then ern will hold the European Nuclear Research Conference to report the results of the five quark state particle research, and then gradually withdraw from here.

Now, Lu Zhou has only one thing to do, that is, to improve his theory before the end of the month.

......

Perfecting the theory, it seems simple, but it is not so easy to do.

If one wants to translate this physics problem into a mathematical problem, one of the key points is that he must mathematically prove that when the sample is sufficiently large, the bulge that appears in the 750 gev energy region must form a characteristic peak.

It sounds like this is only a statistical problem, but in the absence of a sample, it is almost impossible to simply use statistical tools to solve this problem.

He needs more evidence.

Then analyze the new conclusions from these evidences.

"...this is the experimental data collected on the atlas and ms detectors when looking for Higgs particles in 12 to 13 years, but you should know that the Higgs particles are only 125gev, we didn't look for it. Make the collision energy so big."

In the office, Professor Grayer threw the u disk into the hands of Lu Zhou.

After taking over the u disk, Lu Zhoucheng said: "Nothing, I am very grateful!"

Thinking about it, he seems to be the only one who can please.

Although the two did not know each other for a long time, Professor Grayer and his unexpected surprise in character. Although he was not optimistic about the contents of Lu Zhou's research, the professor did not discourage him, but helped him collect a lot of valuable data.

Although these documents are not confidential, they are not fully open to the public. If you don't have a person who knows inside ern, it's not easy to get this data as an intern.

Professor Grayer smiled and said: "You are welcome, little things, do you say that your research has progressed?"

Lu Zhou nodded: "There is already a point."

Professor Grayer reminded: "If you want to use the Hadron Collider, my suggestion is to find a person who has enough weight in the theoretical physics community, rather than behind closed doors. After all, no matter how much your theory is done. In the end, it still has to be supported by lh data."

Lu Zhou: "I did exactly that, but before that, I wanted to make my theory a little more reliable."

Professor Grayer asked: "Is there a suitable goal?"

Lu Zhou shook his head: "Not yet..."

He is ready to wait a little more for the theoretical preparations. When he holds the papers, he will try one by one using the method of Guangsha. For example, take a lecture on a big lecture and wait until the end of the lecture to find the paper.

If this doesn't work, then he can't do anything.

Professor Grayer thought about it and asked casually: "Do you need me to recommend one to you?"

Lu Zhou sighed slightly and immediately said: "Of course you need! Do you have any good suggestions?"

Seeing the eagerness of Lu Zhou, Professor Grayer smiled and said: "Frank Wilzek, winner of the Nobel Prize in Physics in 2004, he is probably the best speaker among all I know. If you Can convince him, maybe a little hope."