The next day, Chen Zhou and Friedman were preparing to return to MIT.

Madsyson and Coyle stayed on Slac.

They also need to complete all the tasks assigned by Friedman before they can return to MIT.

Of course, this is also an excellent exercise opportunity for them.

After all, this is Slac, the United States' national accelerator laboratory.

But, I'm afraid of comparison in everything.

Because early the next morning, Mathieson and Coyle had to rush to the laboratory.

So, last night, they came to Chen Zhou's room and said goodbye to Chen Zhou.

Of course, their time was after the front desk lady left.

However, when they said goodbye, the ones they asked the most was what Friedman and Chen Zhou said.

Chen Zhou didn't hide it from these two people, and briefly told the story of him following Friedman to the beach in the Bay Area.

In addition, it is Friedman who arranged for him and Cross to process the data together.

Mathieson and Coyle couldn't help but look at each other when they heard Chen Zhou finish speaking.

Both of them also saw the same meaning from each other's eyes.

At the end of the seminar, McSyson and Coyle were discussing it.

Professor Friedman had no reason to bring Chen Zhou over, but instead did not arrange the experimental tasks.

So the two guessed that Friedman would probably arrange tasks for Chen Zhou alone.

Now, all guesses are expected.

Madshen and Coyle's eyes changed when they looked at Chen Zhou.

They are very envious!

They have been following Professor Friedman for so long and have never been treated like this.

On the contrary, Chen Zhou, the newcomer, was valued by Friedman as soon as he came.

Therefore, the gap between people is often here.

When the people around you are almost the same, you can't see the difference.

But once someone breaks this balance, the gap will be a vertical blow.

And Chen Zhou is the one who comes to break the balance.

In addition to envying, Mathieson and Coyle naturally had a slight dissatisfaction with this.

As for why it is a trace?

The main reason is that after reading Chen Zhou’s two papers, they still admire him.

If Chen Zhou could do so beautifully in this experiment of finding rubber balls, they naturally had nothing to say.

However, this experiment is much more difficult than Chen Zhou's previous experiment in China.

So many talents in the particle physics community have not solved this problem.

Can Chen Zhou be?

Therefore, this dissatisfaction mainly comes from the preferential treatment received by Chen Zhou.

Thinking of this in my mind, Matheson and Coyle did not show it on their faces.

They also want to see what kind of achievements Chen Zhou can do, Friedman values ​​Chen Zhou so much.

At the same time, the two of them secretly made up their minds to let Professor Friedman see that they were not bad either.

Chen Zhou naturally didn't know what they were thinking. After seeing off these two senior brothers last night, he fell asleep beautifully.

Since Friedman has arranged everything, he is not in a hurry to see the data.

When he returns to MIT, he can study it carefully.

When leaving the hotel and heading to the airport, the only thing that surprised Chen Zhou was.

Does this front desk lady have any misunderstandings about herself?

Why does the look that looks like I owe her eight million?

But Chen Zhou thought about it carefully and didn’t seem to have much interaction with this front desk lady?

Except for last night, she gave herself a midnight snack.

There are no more than ten conversations with her, right?

So, before leaving, Chen Zhou thought about it carefully.

Finally, I said to the front desk lady: "Thank you for the late night snack last night, it's delicious~"

Although Chen Zhou thought he was very sincere, the front desk lady seemed to have a look after hearing this...

Before boarding the plane, Chen Zhou sent a message to Yang Yiyi, Liu Maosheng, Zeng Zigu and others.

Today is Thursday, September 15th.

That is, the two senior sisters, Julia and Mary, invited them to attend the coffee     hour.

coffee     hour time is at night.

Chen Zhou guessed that after rushing back to MIT, he should be able to participate.

So he agreed to Yang Yiyi and the others in advance.

Yang Yiyi quickly replied to the message and said directly that she would wait for Chen Zhou to come back and go with him.

Liu Maosheng and Zeng Zigu were together, so what Chen Zhou received was the news that Liu Maosheng replied.

Liu Maosheng expressed his understanding and if time is too late, come here.

If time goes on, he will tell Julia and the others next week.

After reading the message, Chen Zhou did not reply, but turned off his phone directly.

The plane is about to take off.

What's different from when we came was that when Chen Zhou and Friedman returned, they took the morning flight.

The expected landing time is around 4 pm.

After the plane took off, Chen Zhou noticed that Friedman was closing his eyes and resting.

He originally wanted to take care of himself, but he probably drank alcohol last night and slept so well.

Therefore, it is not sleepy at all now.

There was no way, Chen Zhou thought about it and took out the draft paper and pen.

Since he is not given a chance to sleep, he has to seize this period of time.

Chen Zhou plans to calculate the theoretical model of rubber balls.

Moreover, it is not limited to one theoretical model.

Historically, the earliest theoretical model used to study rubber balls was the mit pocket model.

That's right, it's the theoretical model proposed by a physicist at MIT.

This is also the earliest theoretical calculation to obtain multiple gel ball energy spectrums with different quantum numbers.

That is how to obtain that energy interval.

After that, particle physicists applied many other theoretical methods to study rubber balls.

Common ones, such as grid point qcd, flow tube model, Coulomb norm theory, ads/qcd theory, and qcd summation rules.

qcd refers to quantum chromodynamics, a theory that describes strong interactions. Quarks interact by passing normative particles called gluons.

qcd has achieved great success in describing the phenomenon of perturbing energy zone and has also been verified by a lot of experiments.

However, it still has many difficulties in research involving non-perturbation issues and still has a long way to go.

And the glue ball is a hastened state composed of only gluons.

It is a typical problem involving non-perturbating quantum chromodynamics.

However, the problem has not been resolved.

However, through these theoretical research, particle physicists have a deeper understanding of the relationship between the properties of rubber balls and the qcd vacuum structure.

Chen Zhou now starts with the pocket model and understands these theoretical research methods one by one.

This is also what Chen Zhou always likes to solve the problem.
Chapter completed!