Chapter 264 Faculty Review, Wang Hao: Don’t worry, the review members are all very talkative!
Before going to the capital to participate in the academician review and final selection meeting, Wang Hao continued to conduct research related to "Gap Semi-Topological Expression" with Bill Carr and Lin Bohan.
In other words, they are conducting "research on weakening the Hodge conjecture."
This research focuses on the semi-topological micromorphology of "CA005". The essence is to conduct research on the expression of semi-topological algebraic geometry within the "framework" determined by Wang Hao.
Bill Carr and Lin Bohan are only making mathematical arguments and will not conduct research on CA005.
Wang Hao will further improve the semi-topological micromorphology of CA005 based on the research conducted together.
On this day, the research made great progress. When we constructed a mathematical framework and calculated the equations to express the corresponding values, Birkar came up with a "very approximate" value.
Computing equation expressions by constructing a semi-topological framework is just a small task in studying "gap expression". Comparing data with calculation results can also provide a direction for thinking.
They do this work almost every day, and the "approximate value" discovered that day made Bill Carr confused, "If you look at these two values, the deviation is very small."
"What's wrong?" Lin Bohan looked at the two numerical values with some confusion.
Wang Hao also looked over.
Birkar said, "Normally it's nothing, but my calculations in the past two days showed several similar values."
"We are doing approximate calculations within a set range. The deviation is not small. It is normal for the numerical values to be similar." Lin Bohan said doubtfully.
Wang Hao frowned and thought for a moment, then said, "Otherwise, let's summarize the calculation results of these days and see if there are any patterns?"
"good idea."
Bill Carr and Lin Bohan met and immediately began to summarize the data.
Every calculation they made was very complicated and naturally took a long time, but after a period of continuous research, they still had dozens of data.
When all the data are put together, you will find that some of the data are very similar, and the total deviation value does not exceed 10%.
"This part of the data is all expression calculations of setting topological edges. It's very close..."
Lin Bohan also discovered the problem.
Birkar became very serious. He knew that many similar values must mean something, and it could not all be "coincidences."
Wang Hao thought about it and said, "These values are all expression calculations of semi-topological edges. If we are not doing set calculations, in a normal graphics framework, what do so many similar values mean?"
"Yuan" Lin Bohan reacted immediately.
Birkar added, "It doesn't have to be a circle, but it must be some kind of spatially symmetrical figure."
"right!"
Wang Hao nodded and said, "Is there a possibility that the gap shape we are studying exists around the entire microscopic morphological framework? In other words, the complex microscopic morphology is a spatially symmetrical frame structure."
The so-called spatially symmetrical frame structure has a minimum requirement of "eight angular symmetry" and the minimum standard to meet the requirements is a cube.
When a three-dimensional figure can be cut in two ways and two identical parts can be obtained, it can be called spatial symmetry. There is no doubt that the sphere that best meets the standard of spatial symmetry is a sphere, no matter which direction it is cut from.
As long as you pass through the center point of the sphere, you will definitely get two identical parts.
Wang Hao's statement made Bill Carr and Lin Bohan think together, and they also shared their own opinions, "Spatial symmetry... also makes sense. Microscopic forms composed of single elements are spatially symmetrical."
"Double elements are not 100% certain, but there is a high probability that they are also spatially symmetrical."
"If it is a molecule with a prime number of atoms, how to form a spatially symmetrical figure?"
"This is also simple. Just combine a few molecules. It's just spatial symmetry. If there are enough molecules, the corresponding structure can definitely be formed..."
At the same time, Wang Hao has already got the answer--
The semi-topological microscopic form of CA005 is indeed a spatially symmetric structure.
This conclusion surprised him greatly.
He had never thought before that the microscopic form might be a spatially symmetrical figure, but when he thought about it, it seemed natural.
Of course there is up and down on the earth, but there is no 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 shape of atoms cannot be a special shape that points in a certain direction.
"If the microscopic forms of complex structures are all spatially symmetrical figures, then wouldn't the upward exchange gravity field formed become a special case?"
"In other words, the lateral field force covering the device itself is the most normal and standard field force?"
Wang Hao suddenly became enlightened as he thought about it. He suddenly understood why the intensity of the horizontal field force was so high when it first appeared.
The microscopic form is a spatially symmetrical structure, and the transverse field force generated by the conductor itself is the normal field force.
The field force formed upward or downward is the field force under a special state, or it may be the field force transfer of a special structure.
There will naturally be "loss" during transfer, and the field force will become smaller.
"So that's it..."
Wang Hao suddenly understood. At the same time, the system task was prompted--
[Task 4, inspiration value +5!]
…
It is indeed gratifying to see new progress in research and a further understanding of microscopic morphology and communication gravity fields.
Wang Hao also hoped to continue researching, but unfortunately he had to stop.
He went to the capital.
The final election meeting for 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 election meeting.
After he arrived in the capital, he first went to the hotel to put his luggage, and then went to the department meeting place to "check in" to indicate that he had arrived.
Because the next day was the academic department meeting, many people were already at the conference center, and naturally among them were the final candidates for academicianship.
A total of seventeen people participated in the final round of departmental voting meeting, of which only three were from the mathematics department, and the rest were professors from the physics department.
This year, many mathematics candidates have directly abstained from voting in advance, mainly because of Wang Hao's participation. The impact of Wang Hao's participation not only makes other people not dare to be elected academicians together.
In addition, the possibility of being rated is also very low.
The final step in the selection of academicians is the internal review by the Faculty Standing Committee and the voting at the Faculty Meeting.
The review by the standing committee of the academic department is a little easier, and you can usually pass without special difficulties. However, in the voting at the academic department meeting, two-thirds of the people must vote in favor to be successfully elected as an academician.
If in a normal year, relying on fame and connections to capture a certain number of votes, and then fighting for some neutral votes, there is a chance that more than two-thirds can be achieved.
It's different when Wang Hao is involved.
Some academicians have publicly said that this year's selection only looks at "hard power". Being elected as an academician without "hard power" and standing with Wang Hao is tantamount to discrediting and disgracing the academic department.
Therefore, it is difficult for mathematics scholars who have not won international awards or made special contributions 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 well as scholars who participated in the co-optation. He still stood together with the "competitors".
To say that they are competitors is actually not even possible.
Because there are only three mathematics scholars left. In addition to Wang Hao, the remaining ones are Gao Zhenming, an algebraic geometry expert from Capital University, and Zhong Mingchu, a number theorist from Donggang University.
Zhong Mingchu is an old acquaintance. They won the Chen Shengshen Mathematics Award together and stood on the same award podium.
This was only the second time I saw Gao Zhenming. The last time I saw him, I just glanced at him from a distance and didn’t say anything at all.
Talked.
When talking about Gao Zhenming, we must mention his student Zhang He.
Gao Zhenming was worried that Dr. Zhang He would not be able to find a suitable and 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 to say when he saw Wang Hao. He felt like he had been tricked into being 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, "Zhang He is very good. Now he is one of the core members of our computing group and has been promoted to the 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 be improved, but the promotion is at Xihai University, not Capital University.
From the perspective of a teacher, he should be happy; from the perspective of a faculty member 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 was a little confused.
"If I can successfully be elected as an academician this year, it will be inseparable from your research!" Gao Zhenming sighed, "Algebraic geometry is no longer the algebraic geometry it once was."
Wang Hao understood immediately.
This year's co-election of academicians has affected other mathematics scholars because of his participation, but his research on microscopic properties has greatly benefited scholars in the field of algebraic geometry.
Gao Zhenming is a top scholar in the field of algebraic geometry. He is even said to be ranked among the best in the world.
In the past, algebraic geometry was only a small field, and algebraic geometry scholars were rarely recognized in various major international mathematics awards.
It's different now.
Algebraic geometry has become "applied mathematics in the field of superconductivity", and the status of algebraic geometers has been greatly improved. Top algebraic geometers are naturally the natural 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 his research has little contribution to application.
Now, with the improvement of the subject's status, his personal academic status has been greatly improved, and the chance of being elected as an academician has also been greatly increased.
Wang Hao smiled and said, "Professor Gao, you are too polite. Algebraic geometry is a very good field in the first place. The reason why we have reached this point is because of your personal ability."
The two started talking about the topic.
Gao Zhenming is interested in algebraic geometry, applications in superconducting theoretical mechanisms, and theoretical research.
Wang Haodao, "Kacher is doing work on simplifying the expression of semi-topological microscopic morphology. I think, Professor Gao, you can also consider doing research in this direction."
"Are you doing research together?" Gao Zhenming asked with interest.
Wang Haodao, "I studied with Lin Bohan and Kachel, mainly hoping to make a breakthrough in theory. In the field of semi-topological micromorphology, I think it is easier to combine topology with algebraic geometry. It is easier to connect the two disciplines."
The latter sentence puzzled Gao Zhenming. He had also studied the simplification of microscopic morphological expression and found that algebraic geometry was all that was needed.
In addition, it is almost unimaginable to connect algebraic geometry to topology, because there is no direct correlation between the two.
The study of microscopic morphology is also an expression of semi-topology, and that is the study of underlying theory. Subsequent connections will not find the direction.
Gao Zhenming asked, "Has your research produced any results?"
"There are some small results."
"for example?"
Wang Hao thought for a while and felt that there was nothing to say, "We are currently demonstrating a weakened Hodge conjecture, hoping to directly connect the semi-topological structure with algebraic geometry, that is, seeking to use algebraic methods to
Express half topology..."
When Wang Hao explained, Gao Zhenming was completely stunned. He kept thinking about something in his mind.
vocabulary--
Small research? Small results?
That is the Hodge conjecture, which is research at the top of mathematics. Even if it connects semi-topology and algebraic geometry, it is still research at the top of mathematics.
How could this be a small study and a small result?
At the same time, Gao Zhenming was also very interested in the research after listening to the content. Unfortunately, he would definitely not be able to directly participate in it.
But we can also follow the route and carry out simplified expression work in the field of microscopic morphology.
This is indeed a very good direction.
…
At eight o'clock the next morning, 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 academic committee.
To put it simply, the internal review of the academic review committee is an interview. The interviewers are all members of the academic review committee. They will examine the candidate's resume and ask the candidate questions in the professional field.
Generally speaking, the internal review of the academic committee will not directly select candidates, but the performance of the internal review is still very important, because the people on the academic committee are also academicians, and they are all eligible to participate in the subsequent final election voting at the academic meeting.
.
The total number of participants in the final selection of the department meeting is more than 60, and the department committee has more than ten votes. If you perform well and win more than ten votes, the possibility of passing the vote at the department meeting will be greatly increased.
Because of this, candidates who are waiting to participate in the internal review by 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 committee review.
Generally speaking, the academic committee will not make things difficult for candidates, but good performance has a lot to do with luck.
If 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 perform poorly.
Every other line is like a mountain.
If there are no academicians in the same field as yourself, no matter how rich the knowledge content is, it will be very difficult to explain it so that others can understand it.
Wang Hao had nothing to worry about, because he knew that he came here and even just went through a process, there was no possibility of being stuck.
So he sat very calmly and comforted the other two, saying, "There are only three of us in the math class this year. Don't worry. It's your first time participating, right?"
"I should be the first one to go in and go over in advance to help you check out the situation."
"good!"
"I'm waiting."
Gao Zhenming and Zhong Mingchu said together with some anticipation.
soon.
The internal review by the faculty committee began. The first person whose name was called was Wang Hao. The person who notified him was very polite, "Professor Wang Hao, it has begun. Come in."
"coming."
Wang Hao walked in and took a quick look, and found that the inside was very similar to the interview site, except that there were a lot of interviewers, and they were all sitting in a semicircle, surrounding himself.
If you look at it from another angle, it's like standing on the stage.
Wang Hao didn't really care. He knew that the process required him to introduce himself first, so he simply said, "My name is Wang Hao. I work as a professor at Xihai University. My other positions include director of the Mason Mathematical Science Laboratory and research on superconducting materials."
Deputy Director of the Center..."
"I have completed some mathematical research, which are worth mentioning, including NS equation problems, Goldbach's conjecture, Kakutani conjecture, research related to Artin's constant, Mersenne prime numbers..."
"I have also completed some computer research, including effective and irrelevant carry screening methods, large number multiplication algorithms, and Fourier transform-assisted construction of mathematical models..."
"In addition, I have also completed some physical research, including theoretical research on the mechanism of superconductivity, AC gravity..."
"It also includes the most important theory of annihilation. In the theory of annihilation, I think..."
"I have won some awards at home and abroad, including the Fields Medal, the Chen Shengshen Mathematics Award, a National Natural Science Special Prize, a National Natural Science First Prize..."
"I have published some papers in top international academic journals, including "Acta Mathematica", "New Advances in Mathematics", "Nature", "Science", etc..."
Wang Hao kept introducing himself, and occasionally paused as he spoke, because some parts contained too much content and it was hard to remember.
Whenever he talks about a result or research, the reviewers of the academic department review meeting can't help but twitch, because his results and research are too important, and each one taken alone is enough to be regarded as the "core" of others.
,Researched.
As a result, most of the research, including NS equation problems, Goldbach's conjecture, etc., were directly passed over.
They all feel that they are not interviewing candidates, but are being constantly hit, hit, and hit again.
When Wang Hao talked about papers published internationally, one reviewer couldn't stand it and quickly interrupted, "Wang Hao!"
"Well, you don't have to say anything, it's passed, you've 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 that something was still unfinished, and he had just begun to speak the lines he had prepared. He asked, "Didn't you say that you still need to explain in detail?"
The review member who had just spoken immediately waved his hand and said, "No, no, no, you have passed and you can go."
"All right."
Wang Hao left a little depressed.
After he left the door, he said to Gao Zhenming and Zhong Mingchu, "Don't worry, the reviewers are very easy to talk to. I passed it without even finishing my preparation."
"real?"
"Of course, it will only take less than ten minutes for me to go in, right?"
"That's right..."
"Is that so?"
"Don't worry!" Wang Hao patted Zhong Mingchu on the shoulder and said, "You will be next, Professor Zhong, don't worry at all."