From university lecturer to chief academician.

Chapter 151 Wang Hao's confusion: The publicity has started before the paper is published?

Liu Yuqun thinks that Fu Chunjie's chances of being awarded are slim.

As an old academician, he can retire to take care of his life, and he doesn't want to participate in this kind of thing anymore.

If there is not much difference between Fu Chunjie and Wang Hao's achievements, he will naturally support Fu Chunjie to win the award. However, the difference between the two parties' achievements is very large, even if they support it, it does not make much sense.

He didn't expect to be old, still in the circle, and get a bad reputation.

Fu Chunjie didn't think so.

Even if the chance is very slim, he still has to work hard for it.

This is also the last chance to fight.

He's in his late 52s and can't win another heavyweight award, and the next one is simply out of the question.

The Chern Mathematics Prize is awarded to young and middle-aged scholars.

Although there is no exact age limit for the award, in principle it will not be awarded to scholars over the age of 50, whose age has passed the 'principle' line.

Because there have been winners over 50 years old, he also has a chance, but if he misses this time, there will definitely be no next chance.

If he misses the Chern Mathematics Award, he knows that he will not be able to make great achievements in the future, so naturally he will not be able to be selected as an academician.

Fu Chunjie was not reconciled to being a professor all his life.

As for the competitor, Zhong Mingchu of Donggang University, Fu Chunjie had no choice. Zhong Mingchu suppressed him in all directions. If there was only one place in the selection, he would even choose to give up directly.

Wang Hao is different.

Wang Hao is very young and has no background at all. He hopes to suppress it with research direction, qualifications and connections.

As the meeting of the National Mathematical Society was getting closer, Fu Chunjie also started to take action. He used his personal network to find some media people and asked them to help publicize his achievements.

This achievement is the study of the approximate solution of the NS equation.

Finding the media naturally requires a lot of publicity, emphasizing the importance of this research, how extensive its application is, how much the research on the approximate solution of the NS equation will play in promoting the development of other disciplines and engineering, and so on.

In fact, it's just a big bragging, the media help to do a simple popular science report, let the public get acquainted with him, and it can also be passed on to the ears of the evaluation experts of the Mathematical Society.

Fu Chunjie continued to visit familiar scholars, including mathematics professors he knew.

To put it simply, it is to go through the back door, find connections, and want to indirectly contact the members of the judging committee of the Mathematical Society, ask familiar people to help insinuating, and simply lobby.

Of course, he would not lobby by himself. If he gave a gift to a mathematics expert on the jury, he might be typed out by an expert, and the matter would also be exposed.

At that time, you will completely lose your eligibility for selection.

Fu Chunjie just asked other people for help to talk about it, as if it was someone else's idea and had nothing to do with him.

This is also a good way.

Fu Chunjie even thought about what to say, and the method is very simple, one is to underestimate the opponent, and the other is to affirm himself.

There is nothing to slander Wang Hao personally, because his resume is very simple, and the emphasis can only be on age, and the second is the time when the achievements are included.

"You're young, it doesn't matter if you judge the awards later."

"His achievements were all completed in the past year. Some achievements, such as the proof of Kakutani's conjecture, have not even been formally settled. The time is too short. What if something goes wrong in the future?"

Then just affirm yourself.

Fu Chunjie has worked in the direction of mathematics for decades, and also served as the director of the Mathematics Center of Sudong University, and also published a report at the International Congress of Mathematicians.

At the same time, he has joined the Mathematical Society for more than 15 years.

His qualifications are definitely quite rich. In addition, his personal achievements are also unique, and his applications are relatively extensive.

and many more.

……

Wang Hao didn't know Fu Chunjie's 'operation', he didn't even know Fu Chunjie's name, he just glanced at the paper and didn't pay much attention.

He still continued his research.

He read a lot of NS equations about approximate solutions.

Fu Chunjie's research is indeed the best, with the widest application coverage, and the solution process is relatively simple. No wonder he was invited to give a report at the International Congress of Mathematicians.

However, this one is only one of the papers studied by Wang Hao.

After reading many papers on the research content of the ns equation, Wang Hao found the research direction of the first step, which is also to do research on the approximate solution of the ns equation.

He wanted to study a simpler and wider-coverage approach to approximate solutions, and he already had a definite idea.

Finding the approximate solution of the NS equation is a general research direction. There are many methods, among which the numerical method is the most important one, because the numerical substitution operation is much simpler, but the accuracy is relatively poor.

Simple understanding, for example, the exact solution of an equation is 6, the approximate solution obtained by the numerical method is 5, and other more complex methods may be able to obtain 5.5, or other numbers that are closer to 6.

Wang Hao's main research direction is partial differential equations. He has a very deep understanding of the solution of partial differential equations, and he is very proficient in various methods.

He analyzed from the bottom and most basic direction, started continuous research, and found a method of equation transformation, that is, to find a substitute equation, and transform the equation that cannot be solved accurately into a method that can be accurately solved. Solved substitution equations.

Of course, the solutions of the two equations are only approximate, not exactly the same, and the degree of approximation depends on the process of transforming the equations.

Research in this direction is definitely feasible, but how close it is depends on the difference between the alternative equation and the original equation, and a series of proofs are required.

This requires sophisticated methods to analyze and transform.

Wang Hao had a general idea and made some research, but he felt that there was still something missing, and he couldn't figure it out after thinking about it for several days.

He simply put his mind on the course.

Since I can't think of the key points with my head down, I look for inspiration in the teaching courses.

In the second week, both graduate main courses started, and Monday's course was "Modern Partial Differential Equations".

Wang Hao still takes this course very seriously. The difficulty of "Modern Partial Differential Equations" is very high. If you understand all the knowledge points, it can be said that you have reached the upper limit of the basic learning of partial differential equations. No one can teach you any further. You can only continue to improve by reading some of the latest research papers.

He prepared for the first class for two hours.

When the time was almost up, Wang Hao went to the classroom, and found something was wrong when he arrived in the classroom, because there were many teachers in the back row.

One of the old faces was recognizable at a glance.

"Professor Zhou Qingyuan?" Many of the row where Zhou Qingyuan was located were teachers from the Department of Mathematics.

Wang Hao thought that his courses were reviewed by the Faculty of Science.

Zheng Yaojun happened to walk into the classroom, and he waved his hand to greet Wang Hao, "Wang Hao, I'm here to listen to your class. In this class, I think I should also study it to consolidate the basic knowledge."

"..."

Wang Hao didn't know what to say.

The purpose of other teachers is the same. In the eyes of mathematics professors, the difficulty of "Modern Partial Differential Equations" has not reached the status that they need to attend lectures, but there are indeed some doctoral students and ordinary lecturers who need to consolidate relevant content.

Many other professors, associate professors, etc., came to join in the fun.

Zheng Yaojun was also one of them. He heard that many teachers came to listen to the class. He had nothing to do in the office anyway, so he just came over to listen.

Wang Hao curled his lips forcefully, and politely went to the back row to say hello, but was immediately pushed aside by a group of people, "Wang Hao, you can give lectures normally, and we are here to listen."

"I heard from the students that your lectures are very good, so I'll come and learn."

"Professor Wang, I didn't learn this course well when I was in graduate school, so I really came here to study."

"I'm here to attend the class, you don't mind..."

What else can Wang Hao say?

listen!

He could only go back to the podium, looked at the time, and started the class.

The difficulty of the "Modern Partial Differential Equations" course is indeed very high. It can easily be ranked among the top few courses for graduate students. Most graduate students can barely pass the real exam, and few can get high marks.

If you can get a high score in this course, it means that you will get a PhD in mathematics, do research and publish a mathematics paper, and the problem will not be so big.

"In this class, we mainly talk about two knowledge points, one is the divergence theorem, and the other is Green's formula."

Wang Hao quickly entered the course content, "This is the basic content. If you do research in mathematics in the future, you will often use it."

"For this course, it is also the foundation of the foundation..."

He began to explain incessantly, completely entering the teaching state.

When I found that "Task [-]" raised a little inspiration, the state immediately became better.

Most people in the audience are listening to the class seriously.

Of course, there are also some old professors who are deserting, because they are very clear about the content of the explanation, and they can't help but whisper a few words, "It is said that Wang Hao's lectures are good, I have never believed it, and now it is true."

"It's better than what I said, and you can understand it after a few ears."

"I also have this feeling, but I think the content is nothing special, just strange, why does it sound so easy to understand?"

"Is it a voice?"

An old professor thought about it and suddenly realized, "Yes, teaching and voice are also related. If a teacher has a male duck voice, it will distract the students."

"Wang Hao's voice is crisp and clear, and it feels easy for people to get involved."

"Like our voice, old..."

The two professors next to him kept nodding, but they were not very interested in this analysis.

They felt that what Wang Hao said was really good, but it was a bit too fantasy to say that it had something to do with the voice.

Wang Hao's teaching is very good. It can be seen that he is well prepared. There is no break point in the middle. Even asking students to stand up and ask questions, the time seems to be calculated. After the students sit down, they can continue the explanation just now, so that Other students continue to engage rather than a break in the teaching process.

These are all places worth learning.

Most of the students in the audience were listening carefully, but there was one student who was very special, he was the only undergraduate student in the classroom.

Ding Zhiqiang.

Ding Zhiqiang still came to class, or came to class reluctantly. His roommates knew his schedule, so they hurried him to come, and even sent him to the door of the classroom.

Then a group of people discussed going back to the dormitory to play games and start hacking.

"Today I must have a pentakill!"

"I'm invincible with a shooter!"

"At the diamond level, I can kill casually in the jungle, death is like the wind, and I am always with me. This is my... Li Bai."

"Come on stage!"

Hearing the sound of his roommates leaving happily, Ding Zhiqiang had the urge to vomit blood.

You all went to blackmail and left me in the classroom?

Is this what people do?
He still had to stay in the classroom, and he took a side seat, trying to make himself as inconspicuous as possible.

There were other people sitting next to him, so he didn't pay much attention.

When Wang Hao devoted himself to the course, Ding Zhiqiang also listened carefully. He went through the textbook during the summer vacation and understood every knowledge point. After listening to Wang Hao's serious explanation, his understanding became more in-depth .

At some point, he turned his head and glanced at the person next to him.

It was a woman in her 30s wearing glasses...

teacher?

"Teacher Hu?" Ding Zhiqiang opened his mouth wide in surprise.

Hu Minli is his teacher of "Thermodynamics and Statistical Physics", and he likes to ask him to answer questions every time in class.

Now you are actually sitting side by side in the same classroom with him, listening to the class together?
Hu Minli nodded towards Ding Zhiqiang, continued to turn away indifferently, and reminded, "Don't wander off, listen carefully, listen to Professor Wang's lecture, what a great opportunity!"

"Professor Wang values ​​you so much, you should be more serious!"

"Um……"

Ding Zhiqiang nodded with tears in his eyes, but could only continue to raise his head.

next time……

Never sit in a corner again!
……

The course is over.

Wang Hao communicated with professors about teaching, and several professors praised him for his good teaching, and other people's comments were the same.

In this regard, Wang Hao can only say a few words modestly.

In terms of teaching, he does have certain methods and will make full preparations for each class, but it is a bit exaggerated to say that his teaching ability can surpass that of the old professor.

The reason why others think he teaches well is because of the understanding bonus provided by "The Gift of Teaching".

This thing cannot be learned.

Wang Hao and a group of people politely left before leaving. He couldn't wait to return to the office and began to record the inspiration he got in his head.

The increase in the inspiration value of the S+ level task is really just a number for now. His most direct gain is the idea of ​​​​changing the substitution equation.

This idea uses mathematical analysis methods to obtain an equation that is very similar to the original equation, and the analysis and conversion method is not so complicated.

The method is uncomplicated and naturally has practical value, and the obtained substitution equation is also a partial differential equation, which is just a special case in the partial differential equation, and can be solved accurately, and even can be solved by computer means.

After he wrote down his ideas, he began the approximate demonstration of the substitute equation and the original equation.

This work took a day.

It was not until noon of the next day that Wang Hao completed the argument, and then started typing the code.

He wants to create a program for solving substitution equations, so that as long as the corresponding values ​​are input, the exact solution can be calculated.

In this way, there is a simpler conversion method, a fixed program for solving, and a higher degree of approximation for solving, so the application value is very high.

at the same time.

What Fu Chunjie asked the media to report also began to be implemented.

Some small media and self-media people have published articles on "The Importance of Finding Approximate Solutions to the NS Equation". The article briefly introduces the NS equation and emphasizes that the NS equation has a wide range of applications.

Two of these examples are very interesting, one is a fighter jet and the other is a submarine.

Fighter planes need to face strong wind resistance, which involves aerodynamics. Aerodynamics is a branch of fluid mechanics, and it is inseparable from the NS equation.

Submarines, of course.

In order for a submarine to accelerate, it needs to resist the huge resistance of seawater, so the NS equation must be applied to the shape design.

Two examples are presented, saying that the NS equation is related to the design of fighter jets and submarines. Both of them feel that the research on the solution of the NS equation has been promoted to a strategic significance, which naturally attracts many people's attention.

The next step is to talk about the research on NS equations in the world, and when it comes to the research on finding approximate solutions with the most application value, it will naturally talk about Fu Chunjie's name.

In the end, I got into the topic, talking about how important Fu Chunjie's achievements are and how widely they are applied. He was invited to give a report at the International Congress of Mathematicians relying on this achievement, and so on.

Of course.

No matter how extensive Fu Chunjie's network is, it is only a small circle in the media. Good media found new content attractive, so they naturally followed suit and reported it.

In these reports, there is also an introduction to the relationship between the NS equation and the design of fighter jets and submarines, but whether there will be Fu Chunjie next depends entirely on the author's thoughts.

They also talked about other scientists who have contributed to the research of fluid mechanics, and also talked about some foreign related research.

But no matter what, many people know that it is very important to find an approximate solution to the NS equation.

Reports one by one, science popularization one by one.

This has become the only content that has been 'out of the circle' in the mathematics circle recently and has been put in the public eye.

There are people talking in the office.

Zhu Ping said, "I've been reading this kind of articles these past two days. I thought I was interested in it, but I didn't expect that there are really many people reading it. Wang Hao, aren't you just studying the NS equation?"

"Look at these reports, the NS equation has gone viral!"

Wang Hao turned on his mobile phone and read several links sent by Zhu Ping, all of which were related to the approximate solution of the NS equation. There are still many discussions below.

For a while, he felt a little confused.

Looking at the papers that had been written on the computer and submitted to "New Advances in Mathematics", he suddenly felt even more confused.

Although I am sure that my research has a very high application value, but the key is...the paper has not been published yet?
Could it be that someone is secretly monitoring him?
Know what you are researching, so you can expose it in advance?
Wang Hao quickly checked the camera, checked the computer carefully, and ran an antivirus on the computer to make sure that no one was watching him.

However, the papers have not yet been published, why has the publicity started ahead of schedule?

(Ask for a monthly pass)

(End of this chapter)