From university lecturer to chief academician Chapter 240 New International Organization, Superconducting Materials Based on ‘M1 Type’ Element Combination
Chapter 240 New International Organization, Superconducting Materials Based on ‘M1 Type’ Element Combination
Xihai University has become the focus of domestic universities. The news that they have recruited a large number of algebraic geometry talents in a short period of time has even been posted on the Internet, causing a heated discussion in public opinion.
Many people have discussed that Xihai University "obtained inside information in advance, which means that the competition is very unfair."
Finally, it was Wang Hao who sent a message that turned the topic into pure gossip. The message he sent contained only a few words, "I am a teacher at Xihai University."
In one sentence, the explanation is clear.
Wang Hao is a faculty member of Xihai University. When there are results, he will naturally report them to the university. It is normal for Xihai University to get the news in advance.
In addition, his research has greatly improved the status of algebraic geometry scholars and broadened the employment scope of talents in this field. He has created a new field, rather than competing with other universities.
Nowadays, the depression of other universities can only be understood as envy and jealousy. If they had achieved similar results, they would not be able to tell other universities publicly.
This also involves the question of whether the results are correct or not.
What if the study is wrong?
If the news is revealed in advance, it will definitely be very embarrassing. Normally, research cannot be disclosed in advance before it is published.
What other universities should envy is that Xihai University has Wang Hao, rather than envying them for getting the news in advance and recruiting a large number of algebraic geometry talents.
However, the talents who have been recruited still need to be appeased. They have just signed a contract with Xihai University, and they know that their value has suddenly doubled, and their mentality will definitely be affected.
The School of Science of Xihai University also organized internal meetings.
All the algebraic geometry talents newly recruited into the school attended the meeting.
At the meeting, Wang Hao announced a piece of news, which also stabilized everyone's mentality, "Now I will tell you a piece of news, please do not reveal it because it is not yet certain.
Although Wang Hao said he was unsure, it had actually been confirmed, but it had not been announced.
He continued, "The Joint Science and Technology Office of Northern Xinjiang Province is preparing to establish a large-scale high-temperature superconducting materials research center in Xihai City."
"Faculty and staff of Xihai University have the opportunity to work in the research center and participate in the research and development of high-temperature superconducting materials."
"In the future, a high-temperature superconducting materials company affiliated to the Science and Technology Department will be established, which means investing in the creation of a large-scale enterprise to support the development of superconducting technology."
"Whether it is a research center or a superconducting enterprise, they are all based on our research."
"So, in both aspects, the faculty and staff of Xihai University are given priority to participate..."
Wang Hao spoke carefully.
This is confirmed news, which is to conduct expanded research on high-temperature superconducting materials around the "M1 type" element combination he provided.
Because there is already basic theoretical support, the research on new high-temperature superconducting materials does not rely on a large number of experiments. Most of the work is theoretical calculation work, which requires a lot of talents in the field of algebraic geometry.
Almost all of the algebraic geometry talents recruited by Xihai University have joined new research.
This is obviously very attractive.
Large-scale research on high-temperature superconducting materials will basically have no financial worries, and participants will receive more subsidies. Simply put, they can make more money.
Scholars also have life needs.
They came to Xihai University and received a very high placement fee. It must be very attractive to be able to get a relatively high salary and participate in cutting-edge technology research.
After the meeting, Wang Hao and Yan Fu walked together and talked about the development of the School of Science.
Xihai University has recruited so many algebraic geometry talents in one go, and naturally hopes to develop with algebraic geometry as its core subject in the future.
Among the algebraic geometry talents they recruit, some are excellent doctoral graduates, and some have already achieved certain results.
However, there is still a gap between them and the world's top algebraic geometry experts.
At present, Xihai University still lacks a "leader" in the field of algebraic geometry. There is also a real leader and the teaching resources of algebraic geometry are lacking.
In terms of noodles, you can compete with Capital University.
So where do leaders come from?
"Kachel"!
Wang Hao immediately thought of Birkar. He had always hoped that Birkar would come to work at Xihai University, but he felt that he had never been able to do so.
Compared with the environment of Shuimu University and the city where Shuimu University is located, Xihai University is indeed much worse.
Wang Hao asked, "Principal Yan, if Birkar comes to Xihai University, can the school accommodate him?"
He was referring to issues such as salary and benefits.
In fact, a university is like a company, and Bill Carr is like a big star in the company. The salary that big stars receive is definitely different from that of ordinary employees.
However, the salary paid by big stars is too high, which may also cause dissatisfaction among ordinary employees and bring some negative pressure.
Yan Fu thought for a while, nodded and said, "No matter what pressure there is, I will withstand it!"
"That's good."
Wang Hao nodded. He felt that it was time to find an opportunity to explore Birkar's tone.
…
soon.
"New Advances in Mathematics" has released a new issue, which contains three papers, and has been publicized in advance.
These include "Architectural Logic of Complex Geometry Splitting and Reduction" by Luo Dayong, "Inverse Composition Method for Describing High-Dimensional Node Graphs" by Bill Carr, and "Trends in Definition from Topology to Semi-Topology" by Lin Bohan.
The main paper on semi-topology, "Analysis of Semi-topological Microstructure in Conductors," can be understood on the basis of understanding the three auxiliary papers.
Some top international scholars have understood the content of "Semi-topological analysis of microscopic morphology in conductors", but it is still very difficult to understand everything.
For the time being, only Wang Hao understands "Semi-topological analysis of microscopic morphology in conductors", mainly because the content involved is too complex and profound, and involves too many fields of knowledge.
After the content of the paper was determined by some institutions, many scholars realized the complexity and importance of the research. They would like to conduct follow-up research, but found that they had to form a team to do so.
It can't just be a small team, because the research involves many disciplines, and even includes content related to superconducting experiments. It is very difficult to understand them all. After investing a large amount of money and conducting research for many years, it is still not possible.
There will definitely be results.
At this time, many scholars realized the power of Wang Hao.
It is not easy for a mathematician to win the Fields Medal.
But as difficult as it is to win a Fields Medal, it is definitely not as difficult as organizing mathematicians from different disciplines to complete a multidisciplinary and cutting-edge research together.
The organizer must have a very good understanding of each subject, be able to link several subjects together, and control the main direction of the research. If he can achieve certain results, it is absolutely remarkable.
In terms of mathematical research, algebraic geometry is often algebraic geometry, differential equations are differential equations, and number theory is number theory.
Don't say that too many disciplines are mixed together. Even if only two disciplines are mixed together, the research will become very complicated.
So how did Wang Hao do it?
Other scholars are very curious, and some also speculate that Wang Hao knows very well about every subject. Whether it is algebraic geometry or topology, he has done in-depth research to connect various subjects together.
This argument was immediately refuted.
The problem is--
"If Wang Hao is very proficient in every subject, why doesn't he complete the research himself? Why does he need to cooperate with others?"
"In addition, Wang Hao does not have world-class results in algebraic geometry and topology."
"Every one of his several collaborators can produce a top-level mathematical research, which shows that they have made a great contribution to the research."
There are different opinions.
Of course, most scholars don't care how the research is done, nor whether they can fully understand the content of the research. They just need to know that the content is correct.
Many institutions have begun to study the superconducting critical temperature of dual element combinations based on new results.
This is a completely new approach
It is an unexplored direction, and it is likely to be a very valuable direction.
When they were preparing to do this, they found that a large number of algebraic geometry experts were needed to participate in the work. Scholars in the field of algebraic geometry quickly became a scarce talent.
Algebraic geometry is originally a small field. Let alone research on algebraic geometry, even doctoral students with a background in algebraic geometry are in the minority.
Because the number of people trained in the past was very small, when the number of people in research demand is very large, talents in the field naturally become scarce talents.
Soon a very strange phenomenon occurred in the world. For example, a lecturer in algebraic geometry at a certain university was promoted to associate professor or professor all of a sudden, as if he was afraid of being poached by other universities and institutions.
Some lecturers in the field of algebraic geometry are invited by other institutions to participate in research work.
For ordinary universities, you can find a doctoral supervisor in algebraic geometry. Some universities do not even have master's or doctoral programs in this field.
In short, the value of scholars engaged in research in the field of algebraic geometry has doubled.
Even in the market, demand exceeds supply because many materials-related companies have begun to invest in related research.
Everyone now knows that superconducting technology is likely to take off, and top large companies will naturally make plans in advance. Even if a lot of investment may be wasted, it will be much better than losing competitiveness in the future because there is no investment.
.
With a heavyweight status in the field of algebraic geometry, Bill Carr has become very "sought-after".
Fields winners are of course very popular, but Bill Carr has never felt the enthusiasm now. He has received a lot of invitations from top foreign institutions.
But Bill Carr rejected them all because he had found a clear direction-simplifying research.
The semi-topological research they did together was very complex, especially involving the algebraic expression of geometric figures. This part is also the main reason for the complexity of the calculation.
Simplifying the research results is the main direction of future research.
This research can last a lifetime.
Bill Carr conducted research in this area after careful consideration, because he is no longer young, and it is very difficult for him to do a new research on his own and achieve results.
Research in this direction is actually an expansion of his new results.
"Inverse composition method for describing high-dimensional node graphics", to simply understand, is to use geometric figures to inverse algebraic equations, but the content is much more complicated.
If we can continue to study in depth and simplify the process of "anti-composition", we can simplify the main research, and then the subsequent calculations will definitely be relatively simple.
This is not only an advancement in mathematics, but also an advancement in superconducting physics.
With one step forward and two directions of benefits, research is naturally very valuable.
Bill Carr also likes research in this area. He does the work he likes, and naturally he doesn't think about other things.
This research also appears to be very high, big and advanced.
Currently, in the world, he is the only one who has the qualification to continue research, because he is an important participant in the main research, and no one knows the inverse composition method of graphical transformation of algebraic equations better than him.
By this time, Bill Carr had returned to Shuimu University.
He made up his mind to continue his research, even though the new results had only just been published, and he began to have new thoughts in his mind.
After a long time, Bill Carr found that he was lacking in inspiration. When he looked at his "Inverse Composition Method for Describing High-Dimensional Node Graphs", he felt incredible surprise, "This was actually something I studied.
?"
"Why was I such a genius then? But it's hard to understand now?"
“Where did my inspiration go?”
"In other words, it's because of being with Wang Hao and being with a real genius that I can think of many things, and the surrounding...
Birkar looked around blankly and found that there was no one he could communicate with.
He really regards Qiu Chengwen as a friend, otherwise he would not insist on coming to work at Shuimu University. Qiu Chengwen's main direction is differential geometry, which is also related to algebraic geometry.
sex.
Birkar went to see Qiu Chengwen and discussed some anti-recombination issues with Qiu Cheng, which finally aroused a series of admiration from Qiu Chengwen, "Your research is really exquisite."
"It is easy to use algebraic equations to deduce geometry, but to use geometry to deduce algebraic equations is simply incredible!"
Qiu Chengwen sighed with admiration.
Birkar felt very disappointed because he wanted to discuss the problem with Qiu Chengwen, but Qiu Chengwen just admired and couldn't say anything.
Later, he couldn't help but ask, "Mr. Qiu, we are friends, right?"
"certainly."
Qiu Chengwen affirmed, "Although there is no twenty-year age gap between us, I have always regarded you as a friend, a very good friend.
"me too."
Birkar nodded firmly, "Then can you give me some advice? I've been thinking recently about whether I should go to work at Xihai University..."
Qiu Chengwen was immediately stunned.
Bill Carr was friends with him, so he asked him if it was time to leave Shuimu University and go to work at Xihai University.
So what advice should he give?
…
Saikai University.
Wang Hao was in his office, accepting an exclusive interview with a reporter from the Central Committee of the Communist Party of China. He talked about the latest results, and then expressed his views on several issues of public concern.
"So far, this research can be said to have cracked the mystery of superconducting critical temperature to a certain extent. Our research correlates critical temperature with elemental composition, but the calculation is relatively complicated."
"The next step is not just what we can do, but the whole world must conduct research together. The goal is to study the superconducting critical temperature corresponding to all dual-element combinations.
“This is an important step in research.
"Theoretically, the higher the number of elements, the higher the superconducting critical temperature will be, but the corresponding calculations will be more complicated."
"There is a certain correlation between two-element combinations and three-element combinations, such as hydrogen and oxygen. When two elements are put together, their corresponding superconducting critical temperatures can be calculated."
"If a carbon element is added to it, then we can study the superconducting critical temperature corresponding to the combination of carbon, hydrogen and oxygen based on three combinations of carbon and hydrogen, oxygen and hydrogen, and hydrogen and oxygen.
"I think the next step is to carry out more international cooperation, establish a database of superconducting element combinations, and share the research results, because this kind of research cannot be completed by any one institution, and data must be shared between
.”
After Wang Hao's brief introduction, the reporter asked about superconducting material technology and how long it would take to achieve a breakthrough.
This is what the public is concerned about.
Ordinary people naturally don't care about theoretical research. What they care about is whether a breakthrough can be achieved in superconducting material technology and when superconducting technology can be widely popularized.
Wang Hao shook his head and said, "In fact, we are preparing to conduct research on superconducting materials, and many institutions in the world are doing the same."
"But it is difficult to say when high-temperature superconducting materials that can be widely used and applied on a large scale will be developed."
"I personally think it should take a long time..."
The reporter asked, "Can you give me a specific time?"
"specific……"
Wang Hao shook his head and said with a smile, "This question of yours is a bit embarrassing." He thought for a while and continued, "Okay, let me tell you, I think it will take at least a year to produce results."
He then added, "One year is still too little. Let's expand the time frame a little bit. If there are no results by then, don't blame me. I mainly do theoretical research.
The reporters were stunned when they heard this.
One year?
very long?
He just heard Wang Hao talking about a long time, and thought it would take ten years or eight years, but he heard the figure of one year, and if he extended it, it would only be two years.
The reporter tugged at the corner of his mouth and muttered in his mind, "Don't we have different concepts of time?"
…
In response to such significant achievements in the field of superconductivity, the Ministry of Science and Technology held an internal meeting
.
Zhao Enshun chaired the meeting and quickly reached an agreement to establish a high-temperature superconducting materials research center.
This is the first truly planned high-temperature superconducting materials research center.
Previous research on high-temperature superconducting materials has always been a project established by the Science Foundation or other scientific research funding departments, rather than establishing a large center dedicated to research.
Now it is obviously aimed at the latest results, hoping to develop high-temperature superconducting materials that can really be used in the industrial field.
The Ministry of Science and Technology soon announced the plan.
The public impact of this plan is great, and it is equivalent to announcing that large investments will be made to research superconducting materials that can be used in industry.
Many media interpretations believe that the establishment of an institution specializing in high-temperature superconducting materials is the approval of new theoretical research by superiors, which can support the development of superconducting materials required for industrial production.
This is also the first step in the large-scale popularization of superconducting technology.
Xihai University has become the focus of public opinion again, because a new large-scale institution was established in Xihai City, and there is no doubt that it is targeted at Xihai University.
Although the new research center is directly under the jurisdiction of the Science and Technology Department, it must have the most cooperation with Xihai University. Wang Hao must have been considered when establishing it in Xihai City, considering that Xihai University is the birthplace of theory. After the research center is established, Xihai University will undoubtedly be
The beneficiaries are likely to be important participants as well.
At the same time, Wang Hao also received good news.
The list of candidates for the new academician election has been released.
Among them is his name.
He was jointly nominated and recommended by several academicians, and also recommended by several institutions, including Xihai University, the Science and Technology Department of Northern Xinjiang Province, and even the Science Foundation.
Judging from the recommended individuals and institutions, it can be said that Wang Hao was nominated for co-optation by the Department of Mathematics and Physics, which is what everyone expected.
This news even made it to the top trending searches.
Many people are already looking forward to Wang Hao becoming an academician, because his achievements and contributions, as well as his personal honors, are much higher than those of ordinary academicians.
Wang Hao knew that he had been nominated, but he was only slightly looking forward to it. For him, the title of academician was just the icing on the cake.
Now his status in the academic world is much higher than that of ordinary academicians.
Wang Hao is more concerned about the upcoming International Conference on Superconducting Materials and Mechanisms. He was invited to give a research report and participate in follow-up work.
The International Conference on Superconducting Materials and Mechanisms was initiated and organized by Georg Bednorz and Karl Muller, the discoverers of copper-oxide high-temperature superconductors and Nobel Prize winners in physics. It is held every three years.
The conferences in previous years were not attractive, and were just similar to ordinary academic conferences. Experts in superconducting related fields came together to discuss superconducting mechanisms and theoretical research.
During the conference, some public results and academic reports will be published.
This time it will be different.
Wang Hao's latest research has directly linked superconducting critical temperature and elemental composition. His report has attracted international attention, and naturally many scholars came to attend the conference.
At that time, many international organizations will send teams to participate.
In addition, follow-up work is also very important.
The National Research Center for Condensed Matter Physics is preparing to take the lead in establishing an international organization for superconductivity, and the establishment of the organization will be announced at the conference.
We will discuss international cooperation, data sharing and other aspects later.
Because superconducting technology is so important and directly related to the competitive development of future science and technology, the theory is researched and made public domestically.
The country also hopes to lead the newly established International Superconductivity Organization and control data related to the progress of superconducting research so that it can always be in an advantageous position in the development of superconducting technology.
This is of course not easy to do.
Therefore, there is likely to be some fighting and verbal bickering in the aftermath of the meeting. It is hard to say what the specific situation will be.
Wang Hao is not interested in organizing anything, and he doesn't want to get involved in complicated battles, but he is very interested in making reports.
Because he is already preparing to conduct research on high-temperature superconducting materials--
【Task 2
】
[Research project name: "M1 type, superconducting material based on element combination (difficulty S)."