After putting down the phone, Wang Hao suddenly felt very much looking forward to it. He rarely looked forward to an academic conference in particular, but a conference on annihilation theory was completely different.
The annihilation theory is a theory created by Wang Hao, and he is very sure of the existence of the annihilation force.
Although the annihilation force has not been confirmed until now, even though a lot of research has been done, some research results have been confirmed by experiments, and have even been linked to superconductivity, antigravity and other issues, but a brand-new microscopic force,
It even involves the issue of grand unified theory, and more research is needed to confirm it.
In fact, it's like a black hole problem.
The famous physicist Steven Hawking predicted the existence of black holes. Astronomers have also observed many cosmic phenomena, which can be explained by black hole theory. It is even said that the existence of black holes has been recognized by the world decades ago.
But the existence of black holes was not confirmed until they were actually observed.
The same goes for annihilation theory.
Unless the annihilation force is truly measured, that is, the 'conventional' space extrusion intensity value is measured, no amount of clear research can confirm the existence of the annihilation force.
A theory is just a theory after all.
Wang Hao naturally hopes that the existence of the annihilation force can be confirmed, and he is working hard in this direction.
Even after doing so much research, he still doesn't know how to measure the 'space squeeze intensity value', because it involves the issue of mass units and a series of complex issues in quantum physics.
After all, his energy is limited. Even if he keeps researching in the right direction, he still cannot complete all the work.
This requires the development of annihilation theory.
When more scholars participate in the research, especially when many geniuses like Paul Phil-Jones are involved, it will definitely speed up the improvement of the annihilation theory.
If the theory can be perfected and involves all aspects of physics, the verification of the annihilation force will only be a matter of time.
At the same time, some brand-new ideas and brand-new research are easier to implement.
For example, he is preparing to study the problem of space squeeze enhancement, but now he has no idea at all, nor any theoretical support. The inspiration value keeps returning to zero, and there is no progress at all.
If there are abundant theories related to annihilation force, we may be able to find relevant content and get inspiration to start the correct research direction.
Of course, after many scholars have participated in the research and developed the theory, the content may not necessarily be correct.
Just like string theory, the mathematical system of string theory certainly contains a lot of correct content, but also a lot of incorrect content, because many scholars have participated in it and there have been many related results.
Wang Hao doesn't care about this. Another important function of the system is to find the right path. He can always do research in the right direction.
But what Wang Hao is busy with next is not meetings related to annihilation theory, but going to the capital to attend the Science Foundation's Superconducting Mechanism System Engineering Project meeting.
To put it simply, it is a project with a funding of 5 billion.
This project is a systematic engineering study centered on the semi-topological micromorphology of CA005, and is connected with semi-topological theory and superconducting condensed matter physics theory.
In the name of the project to the outside world, of course, it will not talk about the semi-topological micromorphology of CA005, but will use a variety of new superconducting materials as a basis to explore the relationship between semi-topological theory and condensed matter physics, so as to improve the theoretical mechanism of superconductivity.
This is a very important theoretical research project on the superconducting mechanism, and each scientific research team is more concerned about the issue of project allocation.
Since the emergence of the superconducting semi-topological theory, the situation of the teams of various domestic superconducting-related institutions has not been good. It is very difficult for them to apply for superconducting-related projects. It can be said that they have no funds on hand.
Now the country has approved a major project on superconducting mechanisms with a funding of 5 billion, of which more than 3 billion has been given to the Science Foundation. The Science Foundation has also disclosed a large number of superconducting research-related projects, and even marked them roughly
The research direction and experimental content.
Most of these projects can receive large sums of funding without having to innovate or make breakthroughs, which is naturally very attractive.
Many scholars in the field of superconductivity felt very depressed when talking about Wang Hao.
Although it cannot be said that they hate Wang Hao, they also know that Wang Hao is the top scholar and his superconducting research has made very significant contributions to the country and the world.
But no matter what, because of Wang Hao's research results, many of their projects have been suspended, and they will not be able to apply for funding in the future. The situation is very embarrassing and depressing.
Now they all admire Wang Hao.
At seven o'clock that morning, there were already many people in the venue. Many people stood together and chatted, "Many of the research projects listed this time are very interesting. Some of them are conventional condensed matter physics research. They are just
But the foundation is different.”
"I looked carefully and found that many of them are based on new superconducting materials. Those new superconducting materials are all very amazing..."
"Academician Wang is really capable. The current research project not only has a direction, but also has direct access to new superconducting materials."
"Deng Huanshan's team has developed several new materials that are very unusual. I heard that the best materials have a transition temperature of over 130K!"
"Is it that high?"
"Of course, this is inside information. You probably don't know it. The lowest price is 70K. I couldn't even imagine it before."
"I looked carefully at many projects, which all study the condensed physical properties of new materials. It feels like they are application content."
"This time, the big lab will get the big project, and the small lab will get the small project. Our lab... originally thought we could get the biggest project, but in the end..."
The last sentence was said by He Feng, who is the chief researcher of the Superconducting Research Center of Donggang Jiaotong University, and represents the Donggang Superconducting Research Center.
Among domestic superconductivity-related scientific research institutions, the most influential and largest are the Key Laboratory of Superconductivity of the Academy of Sciences and the Basic Science Center of Capital University.
Next is the Donggang Superconductivity Research Center.
If there is no key superconducting laboratory and the Basic Science Center joins in, the largest project will definitely be won by the Donggang Superconducting Research Center represented by He Feng.
it is a pity……
Two of the other largest institutions have also joined in.
After hearing He Feng's words, many people couldn't help but turn their heads and look to the left and right sides of the front row of the conference room.
There are several people on each side.
On the left is Du Jianhua's team, and on the right is Wang Chenglin's team. They each brought their own team core members to participate in this project meeting.
At the same time, they are all isolated.
The reason why their team is isolated is also very simple, because at the last superconductivity conference held in Donggang, they were the "leaders" of many scholars in the field of superconductivity, and they were openly "incompatible" with Wang Hao.
Although they didn't explicitly say so, they did exactly that, and they all went on stage and clearly stated the projects they wanted to apply for.
The scholars attending the meeting at that time all thought that the two people and their team would not join Wang Hao's project, and they did not expect that they would all apply to join.
"These two guys, to put it harshly, are shameless..."
"You said you applied for the project yourself, but what happened? After Wang Hao explained the project, they joined directly."
"Their two large teams are both leaders in superconducting research, but they still do this for the sake of funding."
"yes……"
Wang Chenglin and Du Jianhua also felt very embarrassed. They both regretted being the 'leader' and knew what they would face when applying to join Wang Hao's project.
However, in the face of huge funds, what does face mean?
They are all leaders of large scientific research teams, and they must consider the team and must strive for more funds in order for the team to survive and develop.
Wang Chenglin and Du Jianhua don't care what other people think, winning projects is the most important thing.
It's most embarrassing when they see each other.
The two happened to bump into each other when they arrived, and they were so embarrassed that they didn't say a word to each other.
Wang Chenglin glanced to the left and thought disdainfully, "I've known for a long time that this guy is completely untrustworthy, and he said he would never join the project. He was just telling me!"
On the other side, Du Jianhua was also thinking, "Wang Chenglin just has no integrity and no basic principles of life. He probably deceived me on purpose last time. Fortunately, I didn't fall for it!"
The two looked at each other, snorted at each other and turned their heads in disdain.
This time they are direct competitors!
The Science Foundation announced superconducting research projects with a total funding of 3 billion. One of the largest projects, with a total funding of 700 million, is to study and explore the electron wave characteristics of several superconducting materials.
Studying the electron wave characteristics of superconducting materials is a very complex matter, and it is also the most important of all projects.
As long as we have a deep understanding of superconducting condensed matter physics and semi-topological theory, we will know that the research is directly related to the bridge between the framework electron wave and the superconducting microscopic morphology.
Based on this, it can be expanded to communicate superconducting condensed matter physics and semi-topological theory.
Of course, if you want to communicate and improve at a theoretical level, the process is also very complicated, and it is impossible to rely solely on experimental research.
But the project does not require too much theoretical analysis, because the core theoretical work is completed by Wang Hao's team.
Du Jianhua and Wang Chenglin both hope to get big projects worth 700 million yuan.
eight thirty.
When Wang Hao arrived at the venue, many scholars immediately came to greet him, including Du Jianhua and Wang Chenglin.
To be continued...