All that remains is the sound of the nib and the draft paper rubbing, and the sliding sound of the mouse wheel that only occasionally sounds.

The group in the Galois group written by Chen Zhou is a relatively simple algebraic structure with only one operation.

It is a basic structure that can be used to establish many other algebraic systems.

The Galois group is a group that is accompanied by a certain type of domain expansion.

This is also an important concept of Galois theory.

As for domain expansion, it originates from polynomials.

Researching domain expansion and polynomials through the Galois group is called Galois theory.

This is knowledge that Chen Zhou is not familiar with.

Because of the content of abstract algebra, he only learned a basic foundation.

Apart from abstract algebra textbooks and content in certain documents, Chen Zhou did not have much deep understanding.

Therefore, this is one of the reasons why Chen Zhou is attracted by this knowledge.

The more barren you are, the more eager you are.

If you want to talk about the difference between Chen Zhou and others, it is that his foundation is really solid.

He remembers these mathematical nouns and algebraic symbols deeply.

It will not be an obstacle to his study and research at all.

You know, even a genius like Schultz has a special cabinet that places documents on mathematical code symbols and nouns for reference at any time.

This shows that these basic contents are complex and difficult to remember.

In fact, people with relatively low mathematical skills feel like the Book of Heaven when reading the literature of modern mathematicians.

The biggest reason is the piles of mathematical symbols like ghost drawing talismans.

I can't figure out what these symbols mean and how they come about.

Not to mention the entire document that is connected together.

The night is getting deeper.

Chen Zhou was still sitting straight at the desk.

The pen in his hand is still fighting on his favorite a4 draft paper.

At least until the question in front of him was resolved, Chen Zhou did not plan to go to bed.

He doesn't know exactly what time it will be.

"Suppose ρ:gal(ˉq/f)→gl(m,c) is a finite dimension Galois representation, where f is a number domain, then l(s,ρ)=p∏det(1-ρ)

(frp)np^(-s))^(-1)=(n=1→∞)∑λρ(n)/n^s…”

Finally, Chen Zhou turned off the lights and went to bed at 2:30 in the morning, a little longer.

The next morning, the alarm clock woke Chen Zhou up on time.

After reaching out to turn off the alarm clock, Chen Zhou got up and got out of bed with his clothes.

It is already the end of November and the weather has officially entered the rhythm of winter.

The idea of ​​not wanting to get up is getting heavier and heavier.

However, good living habits are always urging Chen Zhou.

After a simple wash, Chen Zhou went out and started a morning jog.

Even in Providence, I was drunk the next morning, and I didn’t go for a morning jog because I slept too much.

At other times, Chen Zhou always maintained the habit of running morning.

So, let Chen Zhou run to warm up the cold in winter.

What Chen Zhou didn't expect was.

Senior Sister Nott, who originally thought she could fish for three days and run on the net for two days, was actually running in the morning.

And she seemed to be waiting for her.

Chen Zhou couldn't help but shook his head. It seemed that the senior sister had not given up.

When Chen Zhou passed by Note, Note took the initiative to say, "After running today, I'm just one day closer to the one-year deadline!"

Chen Zhou refused to comment, but just smiled at her.

Chen Zhou didn't know what expression he would show if he knew that he was studying the topic of "linear representation of the Artin l function of the Galova group".

Maybe I want to join me even more urgently?

By the way, if this senior sister knew that Professor Delinie was also pulling herself into the group, she would not know what kind of expression would be?

When Chen Zhou thought of this, he felt that he was simply a hot commodity.

No matter men, women, young and old, they all have ideas about themselves, oh yo ~

He did not maintain the same running rhythm as Nott, and followed the tacit understanding habits he had formed with Yang Yiyi for a long time.

Chen Zhou maintained his own pace and completed today's morning jog.

Chen Zhou settled the breakfast in a Chinese restaurant.

Two meat buns and a bowl of tofu brain.

It's also a standard mixed breakfast bar.

After returning to the dormitory again, Chen Zhou rested for a while before sitting at the desk again.

Yesterday was a mathematics, so this morning, let’s start with physics.

In obtaining the peculiar quantum number rubber sphere, the moments l0 and l1 obtained by using the qcd summation rule have actual operating value.

Chen Zhou began to calculate the mass of the peculiar quantum number rubber ball.

Judging from Chen Zhou's calculation results, there are two 0-glue balls with mass 3.81gev and 4.33gev respectively.

In addition, for the possible presence of rubber balls under these two energies, Chen Zhou also analyzed the possible generation and decay properties of them.

This result also shows that it is very likely to detect 0-glue spherical state on colliders currently in operation or planning.

The operation or planning here is far more than the Slac National Accelerator Laboratory in the United States, but also the high-energy physics laboratory in China.

And according to Chen Zhou's understanding, the belle experimental group of Kek of Japan has begun to prepare to find a unique quantum number rubber sphere in the 0-glue sphere state in the decay of the bottom quark even quark.

In this regard, Chen Zhou also said that Japanese physicists could find it successfully.

But at least before it is found, there is a chance in any country.

In a sense, this also means a Nobel Prize in Physics.

After sorting out all the theoretical knowledge of rubber balls, Chen Zhou began to search for experimental literature.

This is also his usual method.

Maybe there is a deviation in the sample, and even this deviation may be very large.

But with sufficient number of samples, this deviation can be gradually narrowed.

Until it can be completely ignored.

In addition, the standard model of particle physics has been established for more than 40 years and has undergone a lot of experimental tests.

Its description of the microscopic world is at least correct under the Tev power standard.

Therefore, these experimental research papers are absolutely valuable for reference.

From another perspective, SLAC National Accelerator Laboratory and Beimi’s first international network.

The scientific literature database here is enough to provide a large number of experimental literature samples.

What's more, Chen Zhou also has a deviation calibration artifact.

Judging from past experience, the performance of wrong questions in this area is simply amazing.

And this is also the place where the wrong question sets play the greatest role.
Chapter completed!