This actually made Wang Chenglin and Du Jianhua feel very good.
Although there was nothing they could do against Wang Hao, they were able to win the support of scholars in the same field in the end.
They feel as if they have become leaders in the field of superconductivity.
As for Wang Hao.
He only had his own research and received no support from the superconducting industry.
The meeting officially begins.
The previous two days were all about other topics. Wang Hao attended a morning meeting and found that it was all about alloys, steel, and biological materials, so he simply did not continue to participate and instead walked around the surrounding area.
Although I have lived in Donggang for more than eight years and have many memories in my mind, most of them were when I was a student and I didn’t have much money, so naturally I didn’t have much experience in traveling.
Now that he had some free time, he went to some famous scenic spots in Donggang.
It was not until the third day that he officially participated in the meeting
At this time, the topic entered superconducting research.
Superconducting research is the topic that attracts the most attention, mainly because of the semi-topological theory and the results of the superconducting material experimental group. Industrial superconducting materials with critical temperatures exceeding 120K can already be used in many fields. It is said that superconducting has entered a new era.
Not an exaggeration at all.
Both the Ministry of Science and Technology and the Science Foundation provide strong support in the field of semitopological theory and related superconducting materials.
Before the meeting officially started, many scholars were discussing, "The foundation's materials department's support budget for superconducting research exceeds 2 billion, right?"
"Two billion? That must be less. I heard that in this field, the minimum is more than three billion.
"One year???
"Of course.
Science Foundation Materials does not target all materials research projects. Research in the field of superconductivity alone can support three billion, which is indeed a lot.
It's just that it's not easy to apply for funding projects, because the main support directions are semi-topological theory and related superconducting material research, condensed matter physics and traditional superconducting material research. It is difficult to get support, even if you get support.
It is difficult to apply for much funding.
The meeting officially begins.
After the leaders of the Materials Department of the Ministry of Science and Technology and the Materials Department of the Science Foundation made their respective meeting reports, it was the turn of some leaders of large experimental groups and scholars to take the stage.
At this time, the leaders and scholars who came to the stage had only one purpose, which was to introduce their projects or prepare research directions in order to persuade their superiors to provide sufficient financial support.
The large experimental group will definitely be the first to take the stage, wow
Chenglin was the first to go up.
He confidently talked about his research direction, "My experimental group is planning to do a research project on superconducting mechanisms, connecting semi-topological theory with condensed matter physics."
"We are going to study the relationship between the microscopic morphology of superconducting and electron waves from the perspective of electron waves.
"According to the research results of Academician Wang Hao, we already know the semi-topological micromorphology of single-dielectric metals.
Wang Chenglin has obviously done a lot of preparatory work. The research direction he explained is to use traditional superconducting condensed matter physics to connect semi-topological theory.
If the connection between the two parties can be opened up, the superconducting mechanism can be taken a step further. After all, traditional superconducting condensed matter physics has been studied for decades, and there are many relevant results, which can definitely promote the improvement of the superconducting mechanism.
Wang Chenglin not only talked about the research direction, but also talked about the experimental preparations and the overall project planning. If you listen carefully and analyze the research process, you will know that the minimum funding requirement for his project is more than 200 million.
"Wang Chenglin is really a lion talking loudly!"
"It will cost 200 million at once."
"But it's normal. The original project of the Basic Science Center has been stuck. It's a 180 million project, and now it's still being applied for. "And his direction is very good. Combining traditional condensed matter physics and semi-topological theory, he will definitely get it.
support.
Wang Chenglin's level is indeed not bad, and his research direction is still recognized.
Wang Hao also agreed.
He felt that Wang Chenglin's direction was very meaningful. The last time he met Wang Chenglin was at a large academic conference, and he was interested in studying the communication between condensed matter physics and semi-topological theory.
At that time, Wang Hao felt that he could also start related research, but later he did not continue because he had been able to study superconducting materials based on theory.
However, Wang Hao did not think that Wang Chenglin could apply for the project.
because.
He is preparing to apply for a very large project to bridge superconducting condensed matter physics and semi-topological theory. The core of which lies in studying the semi-topological microscopic morphology of CA005.
This project does not require a laboratory, but many experimental groups to conduct research together, and the funds required are also huge.
So I can only say sorry.
The next one is Du Jianhua.
Du Jianhua is an expert on superconducting materials at the Institute of Materials of the Academy of Sciences. The research direction he explained is very similar to Wang Chenglin, but it is still novel.
This is mainly because standing behind Du Jianhua is the Key Laboratory of Superconductivity of the Academy of Sciences. They have enough talents and enough experience in superconducting condensed matter physics and materials research.
After Du Jianhua explained the direction, he also made it clear that he would cooperate with the Basic Science Center.
Obviously.
Du Jianhua and Wang Chenglin reached an agreement in private. They had come up with a good direction and could cooperate in research. At the same time, they had rich scientific research strength, so there would be no problem in applying for large projects.
Du Jianhua finished his report and was all smiles when he left the stage.
He even received warm applause from the superconducting scholars in the venue.
Although the projects Du Jianhua and Wang Chenglin applied for have nothing to do with them, at least Du Jianhua and Wang Chenglin represent the 'traditional superconducting camp'. Being able to apply for large projects is a victory for the 'traditional superconducting camp'.
Afterwards, Wang Hao walked onto the stage.
Wang Hao naturally attracts a lot of attention, but his colleagues in the audience have some opinions on him.
He is indeed a figure who leads the revolution in superconducting technology.
However, his research caused many colleagues to lose projects and funding, and they did not even know what research to do. Some even lost their jobs.
nature.
It is also difficult for Wang Hao to receive much sincere welcome.
Facing a group of colleagues who were not very welcoming to him, Wang Hao stood on the stage with a smile, and then said lightly, "I am going to apply for a theoretical project."
"Five billion in funding is needed!" he said, extending a slap in the face.
Chapter completed!