From university lecturer to chief academician.

Before going to the capital to participate in the academician review and final election meeting, Wang Hao continued to conduct research on notched semi-topological expressions with Bill Carr and Lin Bohan.

In other words, they are conducting research on weakening Hodge's conjecture.

This research is aimed at the semi-topological microscopic form of CA005, and its essence is to study the expression of semi-topological algebraic geometry within the framework determined by Wang Hao.

Bill Carr and Lin Bohan are just doing mathematical demonstrations, and will not do research on CA005.

Wang Hao will perfect the semi-topological microscopic form of CA005 based on the research he conducted together.

On this day, the research has made great progress. When constructing the mathematical framework together and calculating the equation to express the corresponding value, Birkar obtained a very approximate value.

Computing the equation expression by constructing a semi-topological framework is only a small task to study the gap expression, and comparing the calculation results with the data can also provide a direction for thinking.

They do this work almost every day, and the approximate value found today made Birkar puzzled. If you look at these two values, the deviation is very small.

What's wrong?Lin Bohan was a little puzzled looking at the two values.

Wang Hao also looked over.

Bill Carr said, normally it's nothing, but my calculations two days ago showed several similar values.

We are doing approximate calculations within the set range, and the degree of deviation is not small. It is normal to have similar values.Lin Bohan was puzzled.

Wang Hao frowned and thought for a while, then said, otherwise, let's summarize the calculation results of these days to see if there is any pattern?
good idea.

Bill Carr and Lin Bohan started to collect data immediately.

Every calculation they do is very complicated and naturally takes a long time, but after a period of research, there are still dozens of data.

When you put all the data together, you will find that some of the data are very similar, and the overall deviation does not exceed 10%.

This part of the data is the expression calculation of setting the topological edge, which is very close...

Lin Bohan also found a problem.

Bill Karl became very serious. He knew that many similar values ​​must represent something, and it was impossible for all of them to be coincidences.

Wang Hao thought about it and said, this part of the value is the expression calculation of the semi-topological edge, if we are not doing the set calculation, in a normal graphic framework, what do so many similar values ​​represent?
Yuan Lin Bohan reacted immediately.

It doesn't have to be a circle, Bircar added, but it must be some kind of spatially symmetrical figure.

Correct!
Wang Hao nodded and said, is there a possibility that the gap shape we are studying exists around the entire microscopic shape frame? In other words, the complex microscopic shape is a spatially symmetrical frame structure

For the so-called spatially symmetrical frame structure, the minimum requirement is eight-angle symmetry, and the minimum standard to meet the requirements is a cube.

When a three-dimensional figure can be cut in two ways to get two identical parts, it can be called spatial symmetry. There is no doubt that the sphere is the most in line with the standard of spatial symmetry, no matter from which direction it is cut, As long as you pass through the point at the center of the sphere, you are sure to get two identical parts.

...

Wang Hao's statement made Bill Carr and Lin Bohan think together, and they also talked about their own views, spatial symmetry... It also makes sense, the microscopic form composed of single elements is spatially symmetric.

The double element is not yet 100% certain, but there is a high probability that it is also spatially symmetric.

If it is a molecule with a prime number of atoms, how to form a space symmetrical figure?
This is also simple, just a few molecules unite, but the space is symmetrical, the number of molecules is enough, and the corresponding structure can definitely be formed...

At the same time, Wang Hao already got the answer——

The semi-topological microscopic form of CA005 is indeed a spatially symmetrical structure.

This conclusion surprised him very much.

He hadn't thought at all before that the microscopic form might be a spatially symmetrical figure, but he thought it was a matter of course when he thought about it.

Of course there are up and down on the earth, but there is no such thing as up and down in the universe.

Similarly, there is no distinction between up and down inside the material. Without the influence of external forces, the microscopic form of atoms cannot be a special form that points in a certain direction.

If the microcosmic forms of complex structures are all spatially symmetrical figures, then wouldn’t the upwardly formed alternating gravitational field be a special case?
In other words, is the horizontal field force covering the equipment itself the most normal and standard field force?
Wang Hao thought about it and suddenly became enlightened. He suddenly understood why the strength of the horizontal field force would be so high for the first time.

The microscopic shape is a spatially symmetrical structure, and the transverse field force acting on the conductor itself is the normal field force.

The field force formed upwards or downwards is the field force in a special state, or it may be the field force transfer of a special structure.

Transferring, naturally there is loss, and the field force will become smaller.

It turned out to be like this...

Wang Hao suddenly understood, and at the same time, the system task had a reminder——

[Mission 5, inspiration value [-]! 】

……

It is really gratifying to have new progress in the research, or to further understand the microscopic morphology and the communication gravity field.

Wang Hao also hoped to continue his research, but unfortunately he had to stop.

He went to the capital.

The final voting for the academicians of the Department of Mathematics and Physics of the Academy of Sciences is about to begin, and Wang Hao is definitely going to participate in the final voting.

After he arrived in the capital, he first went to the hotel to put his luggage, and then went to check in at the meeting place of the academic department, indicating that he had come.

Because the next day was the Faculty Meeting, many people were already in the conference center, including the final candidates for academicians of the Faculty.

A total of 17 people participated in the final round of departmental voting, of which only three belonged to the mathematics category, and the rest were professors from the physics category.

This year, many mathematics candidates abstained directly in advance, mainly because of Wang Hao's participation. The influence of Wang Hao's participation is not just to make other people' dare not to be evaluated as academicians together.

In addition, the possibility of being judged is also very low.

The last step in the selection of academicians is the internal review by the Faculty Standing Committee and the voting at the Faculty Meeting.

The evaluation by the Standing Committee of the Faculty is better. Generally, you can pass without being particularly difficult. However, in the voting of the Faculty Meeting, two-thirds of the people must vote in favor to be successfully elected as an academician.

...

If it is in a normal year, relying on fame and connections to grab some certain votes, and then win some neutral votes, there is a chance that more than two-thirds of the votes will be obtained.

It will be different with Wang Hao participating.

Some academicians have publicly said that this year's selection only depends on hard power, and being elected as an academician without hard power, and standing with Wang Hao, is tantamount to discrediting the department.

Therefore, mathematicians who have not won international awards and have no special achievements and contributions will find it difficult to win neutral votes, so they simply abstain from participating.

When Wang Hao arrived at the venue, he saw many people he knew. Some academicians of mathematics and physics were there, as were the scholars who participated in the co-option. He still stood with his competitors.

To say it is a competitor is actually not at all.

Because there are only three mathematics scholars left. Besides Wang Hao, the rest are Gao Zhenming, an expert in algebraic geometry from Capital University, and Zhong Mingchu, a number theory scholar at Donggang University.

Zhong Mingchu is an old acquaintance. They won the Chern Mathematics Award together and stood on the same awarding platform.

Gao Zhenming only saw it for the second time, and the last time I saw it, he just glanced at it from a distance and didn't say anything at all.

Excuse me.

Speaking of Gao Zhenming, one must mention his student Zhang He.

Gao Zhenming worried that Dr. Zhang He would not be able to find a suitable stable university position after graduation, so he recommended him to Xihai University. Later, he learned that Xihai University had inside information and signed a group of algebraic geometry scholars in advance.

So Gao Zhenming didn't know what expression to make when he saw Wang Hao. He felt that he had been duped into an extremely good student.

Wang Hao didn't feel anything special, because he and Xihai University were the beneficiaries. When he saw Gao Zhenming, he said enthusiastically that Zhang He was very good. Now he is one of the core members of our computing team and has been promoted to team leader.

When Gao Zhenming heard Wang Hao's words, he didn't know whether to cry or laugh.

Zhang He is his outstanding student. It is good news that the student's career can improve, but the promotion is at Xihai University, not Capital University.

From the standpoint of a teacher, he should be happy; from the standpoint of the staff of Capital University, he feels very depressed.

Gao Zhenming still shook his head and joked, Professor Wang, I still want to thank you.

Oh?
Wang Hao didn't understand.

If I can be selected as an academician this year, it will be inseparable from your research! Gao Zhenming said with a sigh, algebraic geometry is not what it used to be.

Wang Hao suddenly understood.

This year's academician co-election, because his participation has affected other mathematicians, but because of his research on microscopic behavior, it has greatly benefited scholars in the field of algebraic geometry.

Gao Zhenming is a top scholar in the field of algebraic geometry, and even said that he can be ranked in the world.

In the past, algebraic geometry was only a small field, and scholars of algebraic geometry were rarely seen in various major international mathematics awards.

It is different now.

Algebraic geometry has become the applied mathematics in the field of superconductivity, and the status of algebraic geometers has been greatly improved, and top algebraic geometers are naturally beneficiaries.

Gao Zhenming is indeed a top-level algebraic geometry scholar, but in the past, it was not easy for him to be co-opted as an academician, because algebraic geometry is a niche subject, and research does not contribute much to applications.

...

Now, with the improvement of his subject status, his personal academic status has been greatly improved, and his chances of being selected as an academician have also greatly increased.

Wang Hao said with a smile, Professor Gao, you are too polite. Algebraic geometry is already a very good field, and now you can get to this point because of your personal ability.

The two started talking about the topic.

Gao Zhenming is interested in the direction of algebraic geometry, the application of the theoretical mechanism of superconductivity and theoretical research.

Wang Haodao, Kachel is doing the simplification of semi-topological microscopic form expression, I think, Professor Gao, you can also consider doing research in this direction.

Are you studying together?Gao Zhenming asked with interest.

Wang Haodao, Lin Bohan and Kachel, I research together, mainly hoping to make breakthroughs in theory. In the field of semi-topological microscopic forms, I think it is easier to combine topology with algebraic geometry.

Gao Zhenming didn't understand the latter sentence. He also studied the simplification of microscopic morphological expressions, and found that only algebraic geometry is needed.

In addition, it is unimaginable that algebraic geometry is connected with topology, because there is no direct connection between the two.

The study of micro-morphology is also an expression of semi-topology, and that is the study of the underlying theory. If you make subsequent connections, you will find no direction.

Gao Zhenming asked, is your research fruitful?
There is a little success.

for example?

Wang Hao thought about it, and felt that there was nothing to say. We are now demonstrating a weakened Hodge conjecture, hoping to directly link the semi-topological structure with algebraic geometry, that is, to seek an algebraic way to Semitopology makes the expression...

When Wang Hao was explaining, Gao Zhenming was completely stunned, and he kept thinking about something.
vocabulary--
small research?Little achievement?
That is the Hodge conjecture, which is the research at the top of mathematics. Even if it is connected with semi-topology and algebraic geometry, it is also the research at the top of mathematics.

How could this be a small research and a small achievement?
At the same time, Gao Zhenming is also very interested in the research after listening to the content. It is a pity that he will definitely not be able to directly participate in it.

But it is also possible to follow the route and carry out the simplified expression work in the field of micro-morphology.

This is indeed a very good direction.

……

At eight o'clock in the morning the next day, there were already many people at the department meeting.

Wang Hao, Zhong Mingchu, and Gao Zhenming sat together, waiting for the upcoming internal review by the department's judging committee.

The internal review of the departmental review committee, in simple terms, is to conduct an interview. The interviewers are all members of the departmental review committee. They will examine the candidate's resume and ask candidates questions in the professional field.

Generally speaking, the internal review of the departmental judging committee will not directly select candidates, but the performance of the internal review is still very important, because the members of the departmental judging committee are also academicians and are eligible to participate in the final voting of the subsequent departmental meeting .

There are a total of more than [-] participants in the final selection of the academic department meeting, and the academic department jury has more than a dozen votes. If you perform well and get more than ten votes, the possibility of passing the academic department meeting will greatly increase.

Because of this, the candidates waiting to participate in the internal review of the Faculty Committee still feel a little nervous.

...

Including Gao Zhenming and Zhong Mingchu, they can be said to be academic leaders, but they still feel nervous sitting here.

At the same time, they are also worried about the review of the committee.

Generally speaking, the academic committee will not make things difficult for candidates, but if you want to perform well, it has a lot to do with luck.

If the committee members who ask a lot of questions are in the same field as themselves, their performance will naturally be very good.

Otherwise, it may not perform well.

Interlaced like mountains.

If there are no academicians in the same field as you, no matter how rich the knowledge content is, it will be very difficult to make an explanation for others to understand.

Wang Hao has nothing to worry about, because he knows that he came here, even just went through a process, and there is no possibility of being stuck at all.

So he sat very calmly, and comforted the other two, saying, there are only three of us in the mathematics class this year, don't worry, it's your first time to participate, right?
I should be the first one to go in, and I'll go over early to help you check the situation.

it is good!
I waited.

Gao Zhenming and Zhong Mingchu said together with some expectation.

soon.

The internal review of the Faculty Committee started. The first person whose name was called was Wang Hao. The person who notified was very polite. Professor Wang Hao, let’s start, come in.

coming.

Wang Hao walked in and took a look, and found that the inside was very similar to the interview site, except that there were a lot of interviewers, and they sat in a semicircle in a distributed manner, enclosing himself in it.

If you look at it from another angle, it's as if you are standing on the stage.

Wang Hao didn't really care. He knew that the process was to introduce himself first, so he just said it. My name is Wang Hao. I am a professor at Xihai University. deputy director……

I have completed some mathematical research, among which are worth mentioning, including NS equation problem, Goldbach's conjecture, Kakutani conjecture, Artin's constant research, Mersenne prime number...

Also completed some computer research, including effective and irrelevant carry screening method, large number multiplication algorithm, Fourier transform to assist in the construction of mathematical models...

In addition, I have also completed some physics research, including theoretical research on the mechanism of superconductivity, communication gravity...

Also includes the all-important theory of annihilation, and in annihilation theory, I think...

I have won some domestic and international awards, including the Fields Medal, Chern Prize in Mathematics, a National Natural Science Special Prize, a National Natural Science First Prize...

I have published some papers in the top international academic journals, including "Acta Mathematica", "New Advances in Mathematics", "Nature", "Science", etc...

Wang Hao kept introducing himself, and he paused occasionally, because some parts were too much to remember.

Whenever he mentioned a result and research, the reviewers of the Faculty Review Committee couldn't help but twitch their mouths, because his results and research are too important, and each one taken out alone is enough to be regarded as the core of others. Researched.

As a result, most of the research, including the NS equation problem, Goldbach's conjecture, etc., were directly skipped.

They all feel that they are not interviewing candidates, but are constantly being hit, hit, and hit again.

When Wang Hao talked about the papers published internationally, one of the reviewers couldn't stand it, so he interrupted, Wang Hao!

Well, you don't need to say it, you passed it, you have passed it!
The others immediately reacted, yes, needless to say, you passed!
Passed, no problem, don't worry, we will definitely vote for you!
Wang Hao felt a little unsatisfied, and the lines he had prepared had just begun. He asked, didn't he mean that he needed to explain in detail?
The reviewing academician who spoke just now immediately waved his hands and said, no, no, you have passed and you can go.

Ok.

Wang Hao left feeling a little depressed.

After leaving the door, he said to Gao Zhenming and Zhong Mingchu, don't worry, the reviewers are very talkative, and I passed without even finishing what I had prepared.

Really?

Of course, it will be less than 10 minutes for me to go in, right?
That's right too...

Is that true?
Don't worry! Wang Hao patted Zhong Mingchu's shoulder and said, you will be next, Professor Zhong, don't worry at all.

Then I can rest assured.

Zhong Mingchu breathed out suddenly.
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