"Symmetry can be said to be the core idea that runs through the entire gauge field theory..."

"From Einstein's establishment of the general theory of relativity, the principle of generalized covariance was used, and the idea of ​​symmetry began. The idea of ​​symmetry attracted widespread attention in the physics community after Einstein..."

"Then, general relativity and Maxwell's system of equations, which are gravitational and electromagnetic fields, respectively, established physical principles and mathematical equations. It can be said that the two basic interactions were most familiar to scientists in the first half of the twentieth century...

”

"Professor Weill was inspired by this idea of ​​symmetry and began to start with Maxwell's equations and found the answer to normative invariance..."

"It can also be seen from this that the importance of the idea of ​​symmetry..."

Chen Zhou kept jumping out of his mind. The idea of ​​symmetry was an important application in Einstein's equation and Maxwell's equation.

That's right, this is the inspiration he suddenly gained during class.

Gauge field theory is the interpretation and development of symmetry ideas. Therefore, if you want to truly solve the problems in gauge field theory, starting from symmetry ideas should be the most fundamental way.

In fact, what Chen Zhou is studying now is not only one of the millennium problems, but also not entirely.

Because the research scope designated by Chen Zhou has exceeded the problem itself.

Simply put, the gauge field theory is not just the Yang-Milles gauge field existence and mass interval assumption, the content of this Millennium Prize puzzle.

It is a prerequisite for a great unification of theories!

If a large group can be found, its subgroups include the standard model su(3)×su(2)×su(1), and a good mechanism can be found to break it into the standard model.

Then, this is a great unified theory!

Therefore, Chen Zhou's actual research content is much greater than the Yang-Milles gauge field existence and mass interval assumptions, which are included in this millennium problem.

The reason for this is that Chen Zhou did not simply solve this problem from a mathematical perspective.

From the beginning, the goal he chose was not just one of this millennium problem.

This is what Chen Zhou decided after thinking about the content of the physics maximum upgrade task and the challenge task.

How to say it, Chen Zhou wants to be ahead of the system tasks.

Using the series of research contents of the Great Unification Theory, combining the Yang-Milles gauge field existence and mass interval hypothesis, the millennium award problem, and combining with the particle theory that he just completed, which opened the door to new physics.

To break through the "stagnation" of basic science, and to complete the maximum level upgrade task of physics in one go.

Of course, the difficulty can be imagined.

Chen Zhou himself didn't know how long it would be to achieve this major goal.

However, as long as Chen Zhou sets the goal, he will definitely work hard to achieve it.

However, in this way, it is possible that Chen Zhou's physics has been completed with a full-level task, but the mathematics is still far behind.

Although this happens, it is somewhat in conflict with the concept of the cornerstone of mathematics.

But isn't this the greatest significance of mathematics?

Mathematics, as the cornerstone, will help the development of other multidisciplinary subjects.

But its own development is much more difficult than any of these disciplines.

After Friday's number theory class and quantum mechanics class, Chen Zhou once again entered the state of retreat research.

So one morning, after buying breakfast, Cross looked at Chen Zhou with a strange look.

Because the dark circles on Chen Zhou's face were so deep that they could not be deeper.

It is also because when he came back in the past few days, until before he went to bed, the lights in Chen Zhou's house were still on.

He was very puzzled. Hasn’t this just solved the research on the topic of neutrino oscillation?

Haven’t the follow-up research on topics related to neutrino oscillation been arranged?

This guy should have just started the theoretical part of the follow-up research?

And his research on gauge field theory has just begun?

Why did you start to stay up late to study so quickly?

Is there any new topic or is there new research results coming out?

Cross couldn't figure it out. It was hard for him to imagine that a person could burst into unlimited inspiration.

After finishing a topic, I immediately found the direction for the next topic.

This is a very difficult thing for him to achieve.

It was with so many unthinkable thoughts that when I was having breakfast, Cross asked curiously: "Chen Zhou, you haven't had a good rest recently?"

Chen Zhou nodded, stuffed a bun into his mouth, and said vaguely: "I... haven't known what time is recently, let alone whether to rest or not..."

Cross suddenly had a strange expression on his face, and he asked again: "What are you busy with?"

Chen Zhou: "In retreat!"

Hearing these two words that were in the imagination but not reasonable, Cross immediately said with a look of surprise: "Are you starting to retreat again?"

Chen Zhou said "yes" without explaining too much.

Cross was even more curious, and he asked, "Which topic is it?"

The reason for this question is that Chen Zhou has too many research topics.

And it's from different disciplines.

Cross didn't know, and Chen Zhou was devoted to the subject of which subject.

Chen Zhou swallowed the buns in his mouth, took a sip of millet porridge, and relieved the embarrassment that he almost choked.

Then he looked up at Cross and said softly: "It is a study of gauge field theory."

After hearing Chen Zhou's words, Cross was silent for a moment before asking again: "Is the reason for retreat because of a solution?"

Chen Zhou thought about it, neither affirmed nor denied it, but said, "Please work hard..."

Just as Cross was about to ask something, Chen Zhou threw down the sentence "I'll eat it, you eat it slowly", and then stood up and returned to his room.

Looking at Chen Zhou's back, Cross's eyes were very envious.

He really doesn't know how to describe a research madman like Chen Zhou and a machine that captures inspiration.

After others complete the previous heavyweight project, it often takes a long time to conduct research on the next project.

Even the research on the next topic may only exist in the plan, but the actual research content will die.

But Chen Zhou is fine, it's less than a month...

No, how can there be a month here? It's obviously less than half a month...

A bitter smile appeared on the corner of Cross's mouth: "I have to say that he is really a machine for inspiration..."

After looking at the wreckage of breakfast on the table, Cross became more and more depressed.

They all eat the same food, so why do they look different from Chen Zhou’s brain?

He was very curious about what Chen Zhou's brain looked like...

Sighing helplessly, Cross packed up his things and went out.

No matter what Chen Zhou has, one topic after another, he is just himself.

He also has to complete the research work on subsequent projects as planned.

In fact, Kross has become a little used to Chen Zhou's continuity in his subjects.
Chapter completed!