That evening, the official website of the Mathematical Society also released an announcement announcing a series of winners.
Some reporters on the scene released the news early.
Many media have started reporting on it.
Among the three major awards from domestic mathematical societies, the Hua Luogeng Mathematics Award is the most important. However, because the winners are all mathematics academicians and top professors, it has not received much attention and there is nothing special to discuss.
The winners of the Chung Jiaqing Mathematics Prize are all doctoral students, and it is generally difficult for doctoral thesis-level results to attract attention.
The most noteworthy thing is that Wang Hao won the Chen Shengshen Mathematics Award.
The day before the conference started, Wang Hao’s latest research on ‘Approximate Solving of NS Equations’ had already been on the hot searches of public opinion, arousing a lot of discussion.
Now he has further won the Chen Shengshen Mathematics Award, which is also recognition of his work and research results in mathematics.
Many people started discussing, "Wang Hao is really awesome, setting a record for the youngest person to win the Chen Shengshen Mathematics Award!"
"26 years old, Chen Shengshen, it is estimated that he will be playing Fields before he is thirty."
"Wang Hao's achievements are enough for Chen Shengshen. It would be strange if he didn't comment on Wang Hao!"
“I’m not convinced by anyone else’s award, but I’m convinced by Wang Hao!”
"At the same time, there is also Zhong Mingchu who won the award, but I have never heard of it."
At the same time, some top mathematicians also accepted interviews with reporters regarding their awards.
Most mathematicians are not well-known. Even a top mathematics professor in a university can hardly be known by many people.
However, some top mathematicians are different.
For example, Qiu Chengwen.
Qiu Chengwen can be said to be one of the most famous mathematicians in the domestic mathematics circle, and he is also very influential in the domestic mathematics community.
When Qiu Chengwen was interviewed, he talked about his participation in the Mathematics Society, "I did not attend the last meeting and the one before that because my main focus is on education and cultivating young talents."
"But this time it's different. I'm here for Wang Hao's research."
"Of course it doesn't mean the study of that equation, but the mathematical method he studied to change the equation from infinity to finite."
"I think this method has reached the Fields level. His report has attracted attention from the international mathematics community and has been confirmed to be published in the Journal of Mathematics under the Institute of Mathematics of the Academy of Sciences."
"The reason why I say it has reached the Fields level is because this mathematical method can greatly advance the research on number theory and algebraic geometry, and can bring new ideas and methods to many studies."
"Here, I dare say that the next Fields will definitely have a Chinese name."
Needless to say, the name of this Chinese man is definitely Wang Hao.
Qiu Chengwen's affirmation aroused another round of heated discussion in public opinion.
There has never been a Fields winner in China, and the Fields Medal has only been awarded to two Chinese until now, one is Qiu Chengwen and the other is Terence Tao.
Qiu Chengwen was an Amerikan nationality when he won the award.
Terence Tao is an Australian national.
They can only be said to be Chinese, not Chinese, and they received foreign education since childhood.
There is great hope in the country that a real Fields winner will emerge.
Now that Qiu Chengwen has affirmed it and mentioned that Wang Hao's name may be included in the next Fields, many people are looking forward to it even more.
Reports about Wang Hao were everywhere in public opinion that day.
Wang Hao was very low-key. He just rested in the hotel and went to attend the meeting as usual the next morning. Since he did not need to make a report, he went to various halls to look around and listened to some information related to the research field and what he was interested in.
Content.
He listened to the report for a whole day and didn't make any comments, he just listened attentively.
A lot of research can also make his eyes light up, and he feels that he will have some ideas in his own research.
This is reflected in the increase in inspiration value.
Both tasks have increased their inspiration value a little. Although the increase in value is not much, the knowledge and ideas they can bring are still a lot to gain.
However, on the second day, there were significantly fewer people attending the meeting.
The team of the Institute of Mathematics of the Academy of Sciences, including many top mathematicians and scholars from universities, has left early.
The purpose of their coming was to listen to Wang Hao's report. Since the report was over, there was no need to stay.
Wang Hao and Luan Haiping's planes were also on the morning of the third day of the meeting, and they were not planning to attend the remaining meetings.
When the time entered the third day, all that was left were some small reports and some work meeting reports.
On the fourth day, it has nothing to do with most other scholars. There will be enlarged meetings, board meetings, secretarial meetings, organizational work meetings, etc. within the Mathematical Society.
To put it simply, it is an internal adjustment of personnel and work.
Wang Hao and Luan Haiping took a plane back to Xihai City.
After getting off the plane, Wang Hao went back to put away his luggage, and then went to the office in the complex building to busy preparing lesson plans for the evening course.
at the same time.
Luan Haiping also went to the laboratory building of the School of Science.
When passing by the teacher's office, Luan Haiping went in and walked around, and several professors suddenly looked over.
Zhou Qingyuan immediately asked, "How was it this time? I saw the news and Wang Hao won the Chen Shengshen Mathematics Prize!"
"The school hasn't issued an announcement yet. Director Yang from the Publicity Office just said that when you come back, he seems to want to talk about issuing an announcement."
Luan Haiping nodded and said he would go take a look soon.
Then several professors talked about Wang Hao again, "There are many people at this Mathematical Society meeting, right? Dean Luan, didn't you introduce a few top scholars to Wang Hao? He is still young and needs to know more about the mathematics community.
There is no harm in people."
"Now that he has won the Chen Shengshen Mathematics Award, he is considered the top in the mathematics circle, much better than the rest of us."
"Getting to know more powerful people in the mathematics circle will be helpful in the future."
"Dean Luan, I still need you to go out and take care of me on such an occasion. Wang Hao is too young after all."
Several mathematics professors were very concerned about Wang Hao.
They wanted to come to a mathematics conference with Luan Haiping and Wang Hao. Luan Haiping must have taken care of Wang Hao, because Luan Haiping attended every conference. It can be said that he had rich experience and knew many people.
Luan Haiping smiled, but couldn't say a word. When he recalled the process of attending the meeting with Wang Hao, he felt that he was completely a foil.
Take care of Wang Hao?
What an international joke!
Every time he walked with Wang Hao, he was always the one ignored.
Others came just to shake hands with Wang Hao and completely ignored him. After experiencing this several times, he simply stopped going with Wang Hao.
Only then could someone finally recognize him.
Is this him taking Wang Hao to the meeting? This is Wang Hao taking him to the meeting!
After Wang Hao greeted others, he helped introduce Luan Haiping. The scene was as embarrassing as it could be.
"Alas~~~"
Finally, Luan Haiping let out a long sigh and said, "If there is a meeting like this in the future, you should go and I will give you the quota."
"It would be more suitable for you to go to this kind of communication opportunity."
"I am old and can no longer survive..."
…
Wang Hao was busy organizing lesson plans in the office of the complex building.
In the evening, it was "Basics of Theoretical Physics". The reason why he hurried back was not to miss the class.
The study of the NS equation is very important, and the study of the annihilation force is equally important.
Moreover, he feels that his progress in physics research is very fast. Every time he takes "Fundamentals of Theoretical Physics", he feels that he has gained a lot in the basic content.
The same goes for today's classes.
In one class, I gained two inspiration points from the task, and I feel like I have gained new insights and ideas about the microscopic mathematics system.
In the morning of the next day, Wang Hao went to the teaching and research office to sort out his new gains in NS equations.
"Dong dong dong."
There was a knock on the office door.
"Come in!" Wang Hao shouted and raised his head, and saw Luan Haiping walking in with a middle-aged man.
"Are you not bothering me?" Luan Haiping said politely, walked in, asked the middle-aged man to sit down, and then introduced, "This is Professor Cui Xunnian."
He then gave a brief introduction.
Cui Xunnian's title is "Professor", but he is actually a researcher of air-ground dynamics. He has been engaged in the research of low-altitude aircraft flight at a certain equipment base for a long time.
Wang Hao immediately stood in awe after hearing this.
There are many domestic experts engaged in research on military equipment.
People who engage in similar research almost never appear in the public eye. Even if they have many significant results, they will not be reported. It can be said that they are doing scientific research in obscurity.
Cui Xunnian is one of them. Research on the dynamics of low-altitude aircraft flight is obviously directly related to fighter jets.
Wang Hao quickly stood up and shook hands with Cui Xunnian.
Cui Xunnian looked very serious when he saw Wang Hao smiling on his face, but he didn't have the philistine feeling of an ordinary person. He had a military-like temperament all over his body.
After he shook hands with Wang Hao and got acquainted, he directly explained the purpose of his visit, "We have recently encountered a problem in research, and we have found many other experts, but we can't solve it."
Cui Xunnian did not go into details, but handed over a document. After opening it, it listed a complex system of equations, "This is this system of equations. We hope to find several sets of most approximate solutions, but the results obtained by numerical substitution,
During the experiment, I found that it was not ideal.”
Wang Hao almost understood after listening to it.
This involves issues of aircraft design.
Aerodynamics is a branch of fluid mechanics, and aircraft design must involve the field of NS equations, and designs will be adopted to minimize wind resistance and increase engine air intake efficiency.
However, how to maximize the solution to this problem involves very complex calculations.
When you encounter some difficult designs and have higher performance requirements, you need to get more accurate values.
This is a difficult question.
The solution of partial differential equations is originally a research direction, and for most NS-related equations, existing methods cannot obtain accurate solutions at all.
If you only seek an approximate solution, the degree of approximation cannot be judged.
Cui Xunnian continued, "I read the latest reports. Professor Wang, your research on approximate solutions to NS equations has reached the highest international level. I really hope you can help me solve this problem."
Wang Hao glanced at the system of equations and said, "I'm still doing related research recently and will give it a try."
"Thank you, this is important for our research."
Cui Xunnian said a few more words and left with Luan Haiping.
After a while, Luan Haiping seemed to have sent Cui Xunnian away and came back to explain, "Professor Cui came here suddenly. I don't know the situation. Is that system of equations very difficult? It doesn't matter if it can't be solved. It is said that they found
Many mathematicians and experts in fluid mechanics have not solved it yet."
He said and shook his head.
Wang Hao looked at the content on the paper and said, "I'm just giving it a try. I can't guarantee 100%. I'm currently studying this aspect. If you have time, it's a good idea to learn about the application."
"It's best if it doesn't delay your research." Luan Haiping was a little worried that Cui Xunnian's visit would affect Wang Hao's own research.
Wang Hao shook his head and said, "It doesn't matter."
After Luan Haiping left, Wang Hao carefully read the content on the paper, which was a system of equations in the field related to NS equations.
He looked carefully at the contents of the system of equations and was suddenly stunned.
He was thinking about a question before. Since many NS equations may not have exact solutions, how can we study approximate solutions that are infinitely close to exact solutions?
Now, the answer to this question is out.
equation set.
A single ns equation is indeed a partial differential equation problem, but a more complex system of equations can be understood as a system of partial differential equations, and the difficulty naturally rises to a higher level.
A single partial differential equation may not be able to obtain an exact solution, and a system of equations composed of partial differential equations is even more likely to have no exact solution.
However, there is a situation--
There are infinitely many "approximate solutions" that can be derived, and you can find among them the "solution" that is closer to smoothing the image of the original system of equations.
This involves the content of algebraic geometry.
The solution of the original system of equations is not only the real solution, but also the imaginary solution. The image composed of the imaginary solution will be very complicated, because the exact solution cannot be obtained, and the image of the solution mapping is not clear, so naturally it can only be substituted with approximate values.
form to provide a vague description.
Then a certain 'approximate solution' can make the graph appear smoother and closer to the exact solution.
"This is too complicated!"
Wang Hao had a headache thinking about it, but he knew that his idea was correct, so he began to study it slowly.
…
The next day is another day with classes.
"Modern Partial Differential Equations" is a course that Wang Hao attaches great importance to, because the course may bring inspiration to the study of NS equations.
After finishing the lecture, several students came around to ask questions, and Wang Hao answered them one by one, which took about half an hour.
By this time, it is almost over. Even if the students have more questions, he will not continue to answer them. After all, he is not a 'question answering machine' for students. He can give him an extra half hour to answer questions.
But two students still stayed.
Wang Hao looked up and was a little surprised to see that they were two informatics graduate students under his command.
Zhang Xinyi and Li Xin.
He asked strangely, "Why did you come to take this class?"
"Modern Partial Differential Equations" is a very complex mathematics course. Functional analysis, and even nonlinear functional analysis, are only the basis of the course, and graduate students in information science are generally not exposed to it.
Li Xin raised his head and said, "Teacher Wang, we are here to ask questions. The information you gave us is completely incomprehensible to both of us."
"Just like..."
Zhang Xinyi immediately took out the information in his hand and put it on the podium, showed it to Wang Hao, and said, "This part of the content is only on the second page. We thought about it for a long time, but we didn't understand it.
"
"This calculation conversion? Why?"
"From functions and sets, we suddenly jumped to this step. How did you deduce it?"
Wang Hao glanced at it and knew what Zhang Xinyi was talking about. He explained, "This is very simple. It involves..." He suddenly realized what he was saying, stopped talking and said, "I understand."
"ah?"
Zhang Xinyi and Li Xin raised their heads together.
Wang Hao smiled and said, "You want to eat a fat man in one bite, so you just absorb this information?"
"How is this possible?"
He walked out of the podium, took the stack of information, and said, "The effective and irrelevant carry screening method is very difficult. If you want to understand all the contents, you must first have a certain foundation."
"How about this."
Wang Hao thought for a while and said, "I recommend that you learn functional analysis, discrete mathematics, and probability theory on your own."
"You just study these three courses and study the content in the materials at the same time."
"Take your time, don't rush. In three months, I will check your progress."
"..."
"..."
Zhang Xinyi and Li Xin were both confused. They were graduate students in information science, and they had to study three difficult mathematics courses?
Wang Hao felt that the students still needed more comfort, and said with a smile, "These are all the basics. I have high expectations for you, come on!"
Zhang Xinyi and Li Xin looked at each other and left with bitterness. At first, they felt that they were just studying an algorithm and spending more time would be enough.
They are much better than graduate students in the Department of Mathematics. They don't have to find the direction by themselves. Wang Hao has already explained the direction.
It turns out that what I thought was too simple!
Valid vs. irrelevant carry filtering?
This is a big pit. If you think about it, they will definitely not have any free time in the next three months.
Looking at the two people leaving, Wang Hao had some expectations.
Of course, he didn't expect the graduate students to help him much, but he still looked forward to the two informatics graduate students.
As long as they keep up with the basics, they can still do some side work in programming and other fields.
Some programming issues can be handed over to students instead of wasting a lot of time on their own.
…
For the next nearly half a month, Wang Hao's life has been very ordinary. He just went to class to accumulate inspiration points, and spent the rest of his time patiently doing research.
He has made great progress in the approximate solution of NS equations and knows how to perform transformations to make the approximation more accurate.
The method is to compare the replacement equation with the original equation and conduct more detailed analysis based on the original results, so as to continue to improve the replacement equation.
By proceeding step by step in this way, the approximate solution can be brought closer to the exact solution.
For the system of partial differential equations, it is relatively more complicated, but as long as it is slowly transformed, a more accurate approximate solution can still be obtained.
But occasionally I encounter some problems that I can't figure out, especially when studying the system of equations given by Cui Xunnian, every step of the change is very difficult.
Wang Hao has already obtained some results, but he feels that he can continue to refine them to make the values obtained from the solution more "ideal".
at the same time.
Cui Xunnian is also doing the same research.
The analytical problem of this system of equations has troubled him for a long time. Some of the solutions he came up with were found to be unsatisfactory through experiments.
He hopes to get a more precise unpacking.
After looking for Wang Hao, Cui Xunnian still had high expectations, but three consecutive weeks passed and there seemed to be no response from the other party, not even a single inquiry.
Cui Xunnian felt that it was not good to go and ask directly, so it was better to ask around.
He asked Peng Hui.
Peng Hui met Cui Xunnian when he joined the army, and they have been in contact with each other on and off.
Cui Xunnian knew that Wang Hao had participated in Peng Hui's project, so he called directly. The old friend called and exchanged greetings, and then changed to the topic, "You know Wang Hao, right?"
"I'm very familiar with Wang Hao." Peng Hui said immediately, "You also know, Wang Hao, he is such a genius!"
Cui Xunnian said, "I asked him a math question, but it has been twenty days and there is no reply. I just wanted to ask you to find out what the situation is."
"Tell me about it?" Peng Hui asked with interest.
"It's just a complex system of equations that no one in our institute can solve, nor can anyone else solve it," Cui Xunnian said, "So I looked for Wang Hao, but there was no news for a long time."
Peng Hui thought for a moment and asked, "Is your system of equations difficult?"
"certainly."
"It's so difficult, so solving this problem should be valuable, right?"
"Of course, this is directly related to design issues and is also interesting for future research."
"Did you give me any money? It's just project fees and labor fees."
"No?"
Peng Hui nodded and asked, "Then I understand."
"Ah?" Cui Xunnian was immediately curious, "Why?"
"Isn't it obvious? You still have the nerve to ask?" Peng Hui asked in a loud voice, "Your research is so difficult and so valuable, but you don't get a penny, and you ask others to help with the research. I will give you a penny."
When graduate students are assigned work, they also need to pay labor fees. You can find an expert to help you, and you will get nothing for free!"
"Mathematicians also have to make a living. Do you think it's okay for someone to spend so much energy on your research without giving you a penny?"
"Even if you are a military research institute, you can't do this!"
…
PS: I recommend the popular book "My Spy Years" by my friend "Zhu Tou Qi". It is the first military book. It has more than 2 million words and is enough. Those who are interested can read it.