I will not talk about elementary mathematics, nor will I talk about some branches such as discrete mathematics, operations research, and cybernetics that were developed purely for application. I will focus on the basic aspects.

For example, mathematical analysis mainly includes calculus and series theory.

Calculus is the basis of advanced mathematics and has a very wide range of applications. Basically, any field involving functions requires knowledge of calculus.

In series theory, Fourier series and Fourier transform are mainly used in the field of signal analysis, including filtering, data compression, power system monitoring, etc. The manufacturing of electronic products is inseparable from it.

Or complex variable function, which is the second enhanced version of academic analysis.

It is a widely used subject and has wide applications in aeronautical mechanics, fluid mechanics, solid mechanics, information engineering, electrical engineering and other fields, so engineering students must take this course.

Applied advanced algebra can be said to be the most widely used branch of mathematics at present.

Data structures, program algorithms, mechanical design, electronic circuits, electronic signals, automatic control, economic analysis, management science, medicine, accounting, etc. all require knowledge of linear algebra.

In addition, there are functional analysis, topology, number theory... and other kinds of mathematics, all of which have their own unique uses.

It can be said that the development of modern society to this day is inseparable from advanced mathematics.

A Fields Medal winner, especially an extremely young mathematician like Xu Chuan, can bring great help to a country.

Because he is young, he is only twenty years old now. Even if he reaches the legal retirement age, he still has forty years left.

For forty years, with three or four students a year, we can produce hundreds of top mathematicians for the country.

What's more, when these students grow up, they can lead other students and help them along the way, which can bring about great changes.

In addition, and more importantly, he himself won the Philippine Prize at the age of twenty. His golden career in academic research has just begun. No one knows what great achievements he will make in the future.

The reason I didn't come to him before was because he hadn't received the Philippine Award yet, and the country couldn't offer too high conditions.

Things are different after winning the Philippine Award. Glory itself is strength.

For such talents, imposing additional conditions is also in line with the business rules.

It doesn't matter whether it's three times the annual salary, or following people's policies, or even if Xu Chuan opens his own research institute.

As long as people are in China, the results and research produced will inevitably be applied domestically first.

For the country, this is enough.

...

Xu Chuan was surprised when he heard the conditions proposed by Mu Liangcai.

His annual salary at Princeton is a full 600,000 gold. If it tripled, it would be 1.8 million gold. Converted, it would be a full 12.5 million.

An annual salary of tens of millions is top-notch even for a Philippine Award winner.

This chapter is not finished yet, please click on the next page to continue reading the exciting content! This is a pure salary without benefits, scientific research sharing and other other income.

What is even more exaggerated is the policy behind it. The policy follows people's decisions, and even uses scientific research funds to establish their own research institutes. In China, I am afraid that there are only a few scientific researchers who can enjoy this kind of policy, and they can be counted in one slap.

Of course, to Xu Chuan, these are nothing.

When he returns home, what he needs is not these things, but something else.

He had never gone back before, but he was actually waiting for this.

Now that Minister Mu is here, he can also express his needs.

After a pause, Xu Chuan looked up at Mu Liangcai with a smile and said, "I have no objection to what Minister Mu said."

"But here, since you are here, I have one more small request."

After hearing this, Mu Liangcai said seriously: "You said it."

Xu Chuan said: "I need a scientific research environment that will not be disturbed by the environment."

What this sentence actually wants is a normal environment.

Xu Chuan knows how bad the academic environment is. Sometimes, it is very annoying to deal with those senior elders and some people who are not knowledgeable.

This kind of thing is inevitable at Princeton, not to mention extremely complicated.

Even if he is a Fields Medal winner and is taken seriously, he may not be able to suppress many others. He has no interest in participating in those things.

To put it bluntly, Qiu Chengtong previously said that China only has half a mathematician, and the half refers to Hua Lao.

The reason why I say half is because most of Hua Lao's research was done before returning to China. After returning to China, he didn't have much time to do any more research, so it can only be counted as half.

Many times, you are not interested, but it does not mean that I am not interested in you. It is very complicated.

So he directly asked for a green light so that he could complete his research without interruption. This was the best way, and it was also the reason why he had been waiting.

As for follow-up research, such as the talents needed for controllable nuclear fusion, you can just find them yourself. There is a shortage of everything in the country, but there is no shortage of people.

If you really can't find it, ask for it again.

As long as there are phased results provided and hope for follow-up can be seen, the country will definitely provide him with corresponding talents.

He has many early stage results in his mind.

...
Chapter completed!