"Chen Zhou, I'm not considering it thoroughly. What you said makes sense. In the case of our original research direction and no major problems occur, we should not change the original research direction rashly..."

Zhang Yifan's tone changed slightly compared to before, and he seemed to be a little like a child doing something wrong.

In fact, the current relationship between Chen Zhou and Zhang Yifan is more like a teacher and friend.

Zhang Yifan has sincere respect for Chen Zhou.

So, after Chen Zhou said this, Zhang Yifan felt a little sorry for Chen Zhou.

He did not consider the whole experiment from Chen Zhou's perspective.

He didn't even consider this issue as the leader of the experimental team.

Chen Zhou naturally also heard the changes, and he also knew the reason.

So, Chen Zhou said to Zhang Yifan again: "Yifan, I said so much, just hope you can consider the problem more maturely. After all, you need to be responsible for your experimental team now."

After a pause, Chen Zhou smiled and said, "But, as we think, we cannot give up this unexpected by-product. Now, you should hurry up and do targeted in-depth research, and I'll wait."

Let you give me a reason to change the direction of research.”

Zhang Yifan was slightly stunned and immediately said, "Okay! I will organize them to carry out targeted research immediately! Chen Zhou, just wait for our good news!"

Chen Zhou chuckled softly and said, "Okay, I'll wait for your good news!"

Listening to Chen Zhou's laughter coming from the phone, Zhang Yifan also laughed.

Suddenly, he remembered that Chen Zhou himself was not interested in this by-product?

Could he not analyze the possible research directions of this by-product?

Thinking of this, Zhang Yifan asked: "Chen Zhou, then do you want to participate in this targeted research?"

Hearing this question, Chen Zhou looked at the files on the computer screen in front of him, and then looked at the wrong questions on the side. He replied: "I will not participate in your targeted research. However, I will also go from another one.

From an angle, to prove the feasibility of this direction. At the same time, I may make some other targeted research."

Zhang Yifan asked in confusion: "Other targeted research? To prove the feasibility of this direction from another perspective?"

"Well, I have some ideas, I want to study and confirm it. It is a targeted research with you, and verify each other..." Chen Zhou did not explain too much, because he really only had some ideas.

The specific content will only be known until he studies it.

Seeing that Chen Zhou was unwilling to say much, Zhang Yifan stopped asking questions.

The two hung up the phone.

The matter was explained to Zhang Yifan and the others. The subsequent research direction depends on their targeted research results.

However, the results of this targeted study are only one of the many ideas that came to mind from this unexpected by-product.

As for this by-product, Chen Zhou had some other ideas, just as he said, and wanted to study and confirm it.

For example, study the process and results of previous theoretical research again to find this by-product that he ignored.

Then, based on this, various theoretical research on this by-product can be carried out, as well as paper-based experiments.

This way, you can compare it with Zhang Yifan and others' targeted research, and use their targeted research results to verify your theoretical research results.

For example, Chen Zhou, who has a collection of wrong titles, will ignore things that are not "important" in the research content.

What about the researchers who did not have a wrong set of questions?

Wouldn't you completely ignore such "unimportant" content?

So, how can we find valuable research content in theoretical research and not ignore these "unimportant" content?

Chen Zhou also hopes that this problem will be solved when studying this unexpected byproduct.

Of course, this problem is not a simple chemistry or materials science problem.

This is more like a research question in a discipline.

Thinking of this, Chen Zhou couldn't help feeling a little overwhelmed.

There was not enough time at first, but now, coupled with the subject of materials learning, his time would be seriously insufficient.

After thinking about it, Chen Zhou took out the draft paper and decided to adopt the old method he had done.

That is, start doing research plans!

Targeted, while effectively researching, spend less than two months.

Of course, Chen Zhou's direct purpose is still to solve the Yang-Milles normative field existence and mass interval assumption, one of the Millennium Awards puzzles.

This is the most important of all topics.

Based on the problems of Yang-Milles' gauge field existence and mass interval assumption, which falls within the scope of research on gauge field theory, Chen Zhou made the following plan.

Every morning and evening are the research on the existing and mass interval hypothesis of Yang-Milles gauge field and gauge field theory.

Every afternoon, this by-product related topic is studied.

This is also Chen Zhou combined previous experience to cross-combination of research from different disciplines to achieve better research results.

Of course, if there is a breakthrough in the research of a certain topic, it is naturally impossible to consider the time so carefully.

Other topics need to make way for this breakthrough topic.

After writing this research plan on draft paper.

Chen Zhou looked at the plan and habitually took a pen and lit the draft paper.

He always feels that something is missing.

Suddenly, Chen Zhou glanced at the watch he was wearing from the corner of his eyes.

"Yes! Time! This is not a long-term plan, it is a research plan with time constraints!"

Chen Zhou thought about it and added two time nodes to this research plan.

At the same time, Chen Zhou also marked some instructions next to these two time nodes.

The time nodes added by Chen Zhou are [July 12] and [July 25].

July 25 is the last time for Chen Zhou to provide papers with the International Mathematics Alliance.

As for July 12, there are 14 days apart from July 25.

This is also the last two weeks Chen Zhou gave himself.

Because, before July 12, Chen Zhou spent nearly a month on research.

Although Chen Zhou has been studying for more than a month, he will still maintain the previous rhythm of "staying up for two nights in three days and taking three nights in two days".

Otherwise, he was afraid that he would have waited until July 12th...

Then, if Chen Zhou did not solve any of these research topics by July 12.

Then Chen Zhou would adjust the research plan and leave all the last two weeks to Yang-Milles' normative field existence and mass interval assumption problems.

As for why Chen Zhou did not spend all his time on Yang Mills's normative field existence and mass interval assumptions.

This is because some problems cannot be piled up just by just piled up time.

Furthermore, judging from the research results currently carried out by Chen Zhou.

The research on the problem of the existence of Yang-Milles gauge field and mass interval hypothesis and gauge field theory is indeed the most efficient to carry out synchronously.

Also, this is Chen Zhou’s most comfortable research method.

When time is not enough, such a research method can stimulate Chen Zhou's highest research efficiency.

In addition, is it just for the problem of the existence and mass interval hypothesis of the Yang-Milles normative field, and for the International Conference of Mathematicians, to give up the entire forest?
Chapter completed!