October 1 is the National Day of China.

Generally speaking, domestic students are excited to spend the first day of the Golden Week holiday at this time.

Unfortunately, Chen Zhou is now at MIT.

Today, it's just a regular Saturday.

As before, Chen Zhou and Yang Yiyi started their new day with a morning jog.

In the dormitory, Chen Zhou habitually glanced at the desk next to him.

Yang Yiyi was not there.

Even though today is Saturday.

But Yang Yiyi was still called by her mentor who came back from receiving the award and walking around the speech.

Chen Zhou estimated that next, Yang Yiyi is very likely to follow Professor Reiner Weiss to LIGO.

During the absence of Rainer Weiss, Yang Yiyi can be said to have worked hard.

Not only did he do an excellent job of the task set by Rainer Weiss before leaving.

I also added a lot of tasks to myself.

Retracting his gaze, Chen Zhou turned his thoughts to the topic of rubber balls.

"Last night, I fell asleep with math, so this morning it's physics......"

Chen Zhou thought so, and took out the information related to the topic of rubber balls.

Now Chen Zhou has also changed the learning mode to the rotation mode.

It's half a day of physics, half a day of math.

The intersection of such interrelated disciplines can also play a role in regulating thinking.

It's just that the time to change to rotation mode is much earlier than originally planned.

Chen Zhou originally planned to make the rubber ball theory of conventional quantum numbers and the rubber ball theory of those strange quantum numbers all clear, and then adjust the plan to the rotation mode.

But now, Chen Zhou has only studied the rubber ball theory of conventional quantum numbers and studied seven, seven, eight, and eight.

At present, it has just entered the stage of summary and feedback.

However, Chen Zhou has not yet carried out the research on the rubber ball theory of peculiar quantum numbers.

The reason why Chen Zhou changed, or accelerated the original plan, was that he felt that there was still a lot of time before the next experiment of the rubber ball.

Instead of spending most of your time on the experimental topic of rubber balls.

Instead, balance it at the beginning.

For the experimental subject of rubber balls, time is sufficient.

And no one can say for sure how long it will take.

And in this way, I rotate to study physics and mathematics, maybe because of the insinuation buff of the subject, the inspiration for Gechai will come?

So, Chen Zhou made such an early change.

On the scratch paper is what Chen Zhou recorded yesterday afternoon when he was studying the theoretical model of the rubber ball.

After taking a look at these contents, Chen Zhou's thoughts immediately connected to yesterday afternoon.

At the same time, Chen Zhou opened the wrong question set again.

Now that the plan has changed, there is no need to deliberately chase time.

Chen Zhou plans to use the wrong question set in combination.

Through the feedback of the wrong question set, we can correct the possible errors in the theoretical model.

[The mechanism of rubber ball production mainly includes:]

[(I.)J/Ψ or Υ radiation decay;]

[(II.) The center of the meson is generated;]

[(III.) Annihilation of positive and negative protons;]

[(IV.)DECAY PROCESS FROM THE EXCITED STATE TO THE GROUND STATE OF Υ CLASS PARTICLES. 】

[The main decay modes of the rubber ball are:]

′，】

′，】

[where G represents the rubber ball and M(M′) represents the meson.] 】

Chen Zhou looked at the earliest "mechanism of rubber ball production" and "the main decay mode of rubber ball" that he wrote on scratch paper.

The research on the theoretical model of the rubber ball kept coming to mind during this time.

It can be said that almost all theoretical model calculations on the quality of rubber balls are based on the corresponding research on the "mechanism" and "decay mode".

However, even if you know the "mechanism" and "decay mode".

Even the resulting theoretical model calculations have reasonably predicted the mass range of the rubber ball.

However, experimentally, even for the lightest scalar rubber spherical state, no definite conclusion has been obtained.

Not to mention, for other rubber ball states with more complex internal structures and higher quality.

There is no minimum amount of information about the experiment, only less.

Although Chen Zhou is far from the step of moving from theory to experiment.

However, the results of so many years of experimentation are here.

For decades, the puzzle pieces of the standard model have not been found.

"Starting from the 'mechanism' to the 'decay mode', the theoretical model is constructed to calculate the mass of the rubber ball. ”

"The whole step, the whole procedure is not much of a problem......"

Chen Zhou flipped through the set of wrong questions while sorting out the theoretical models he had studied during this time.

The content on the problem set, although not small.

But there is nothing that directly subverts a theoretical model.

Basically, they are all supplements and improvements to the original model.

Regarding this point of the wrong question set, Chen Zhou didn't know what to say.

If he sorts out these contents, and then comes out with a whole paper, it's okay.

Moreover, the value of this paper is not low.

If you apply for a journal, there is still no big problem in applying for SCI in the first and second districts.

After all, this is a refinement and improvement of all the theoretical models for studying conventional quantum number rubber balls.

It is not uncommon for a talented physicist to draw inspiration from this.

So as to really find the glue ball.

However, Chen Zhou felt that it was not necessary.

This is not the final result, why send it out?

It doesn't make much sense.

If you really want to publish a paper on the topic of rubber balls.

That must be when the ball was found.

At that time, Chen Zhou will write all the theoretical and experimental research into a complete paper and submit it to Nature or Science.

That is, Nature and Science, two top journals that have made countless scientists dream of it.

Of course, this is all based on the fact that Chen Zhou's research group was able to discover rubber balls.

Moreover, Chen Zhou's contribution in this research group needs to be large enough.

For this point, Chen Zhou also said that he could not find the legendary rubber ball.

However, compared to Friedman's arrangement of other researchers at the seminar.

Chen Zhou felt that the possibility of winning unilaterally should be even higher.

[On the particle table PDG, the number of confirmed scalar mesons is obviously more than the number expected by the quark model, and their masses are all lower than 2GeV, which means that the possibility of 0++ glue balls is very high!]

[However, due to the mixing between quark states and rubber ball states, scalar rubber balls are more likely to appear in mixed forms with other hadron states, which brings difficulties to the definitive identification of experimental ......]

In the morning, Chen Zhou, as expected, sorted out the theoretical model knowledge of conventional quantum number rubber balls.

And Yang Yiyi has not yet returned, and has been in Professor Rainer Weiss's office all morning.

Chen Zhou stretched, then got up.

He planned to go to Yang Yiyi, at this point in time, it happened to be dinner.

It's just that Chen Zhou hasn't had time to walk out of the dormitory door yet.

His phone rang.

It was Liu Maosheng who called Chen Zhou.

Chen Zhou pressed the answer button and asked politely, "Senior Brother Liu, is there something wrong?"

Liu Maosheng said excitedly: "You have a lecture at MIT this afternoon, do you want to go?"