After putting down the phone, Wang Hao suddenly felt very much looking forward to it, he rarely looked forward to an academic conference, and the conference of annihilation theory was completely different.

The theory of annihilation is the theory created by Wang Hao, and he is very sure of the existence of annihilation power.

Although until now, the annihilation force has not been confirmed, even if a large number of studies have been made, some research results have been confirmed by experiments, and even related to superconductivity, antigravity and other issues, but it is a new microscopic force, and even involves the problem of grand unification theory, and more research is needed to confirm it.

It's like a black hole problem.

The famous physicist Steven Hawking predicted the existence of black holes, and astronomers have also observed many cosmic phenomena that can be explained by the black hole theory, and even said that the existence of black holes has been recognized by the world decades ago.

But it wasn't until black holes were actually observed that the existence of black holes was confirmed.

The same is true of the theory of annihilation.

Unless the annihilation force is actually determined, i.e., the 'conventional' spatial extrusion strength value, no amount of definitive research can determine the existence of the annihilation force.

Theory is just theory after all.

Wang Hao naturally hoped that the existence of annihilation power could be determined, and he was working in this direction.

Even after doing so much research, he didn't know how to determine the 'spatial extrusion strength value', because it involved the problem of mass units, as well as a series of complex problems in quantum physics.

After all, his energy alone is limited, and even if he studies in the right direction all the time, it is impossible to complete all the work.

This necessitates the development of a theory of annihilation.

When more scholars are involved in research, especially many geniuses like Paul Phil-Jones, it will certainly speed up the refinement of the theory of annihilation.

If the theory can be perfected and involves all aspects of physics, it is only a matter of time before the annihilation force is verified.

At the same time, some new ideas and new research are easier to implement.

For example, he is preparing to study the problem of space squeezing enhancement, but now he doesn't even have any idea at all, nor does he have any theoretical support, and his inspiration value has been 'zeroing', and he has not even made any progress.

If there are abundant theories related to annihilation, we may be able to find relevant content and get inspiration to start the right research direction.

Of course, many scholars participate in research and develop theories, but not always the correct content.

Just like string theory, the mathematical system of string theory must contain a lot of correct content, and at the same time, there are many incorrect contents, because there are many scholars involved in it, and there are many related results.

Wang Hao doesn't care about this, another big role of the system is to find the right way, and he can always do research in the right direction.

However, what Wang Hao was busy with next was not a conference related to annihilation theory, but went 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 budget of 5 billion.

This project is based on the microscopic morphology of CA005 semi-topology, and is a systematic engineering research that links semi-topological theory with superconducting condensation physics theory.

In the name of the project, of course, it will not talk about the semi-topological microscopic morphology of CA005, but will explore the relationship between semi-topological theory and condensation physics based on a variety of new superconducting materials, so as to improve the theoretical mechanism of superconductivity.

This is a very important theoretical research project on superconductivity mechanism, and each scientific research team is more concerned about the allocation of projects.

Since the theory of superconducting semitopology, the situation of various superconductivity-related institutions and teams in China is not good, and it is very difficult for them to apply for superconductivity-related projects, and it can be said that there is no funding at hand.

At present, the state has passed a major project of superconductivity mechanism with a funding of 5 billion yuan, of which more than 3 billion funds have been given to the Science Foundation, which has also disclosed a large number of superconductivity research-related projects, and even marked the general research direction and experimental content.

Most of these projects can get a large amount of funding without innovation or breakthrough, which is naturally very attractive.

Many scholars in the field of superconductivity have been very depressed when they talk about Wang Hao.

Although they don't hate Wang Hao, they also know that Wang Hao is the top scholar, and his superconductivity research has made very significant contributions to the country and the world.

But in any case, because of Wang Hao's research results, many of them have suspended their projects, and they can't apply for funding in the future, and their situation is very embarrassing and depressing.

Now they are full of admiration for Wang Hao.

At seven o'clock in the morning, there were already many people in the venue, and many people stood together and chatted, "Many of the projects listed this time are very interesting, some of them are conventional condensation physics research content, but the basis is different." ”

"I took a closer look, and many of them are based on new superconducting materials, and those new superconducting materials are very amazing......

"Academician Wang still has the ability, and the current research project not only has a direction, but also has direct access to new superconducting materials."

"Deng Huanshan's team has researched several new materials that are very unusual, and I have heard that the best materials have a transition temperature of more than 130K!"

"Is it that high?"

"Of course, this is internal information, you probably don't know, the lowest is 70K, I didn't dare to imagine it before."

"I've looked at a lot of projects, all of which are studying the condensation physics of new materials, and it feels like an application."

"This time, the big lab takes the big project, the small lab takes the small project, and our lab ...... I was expecting to get the biggest project, but it turned out ......"

The last sentence was said by He Feng, who is the chief researcher of the Superconductivity Research Center of Donggang Jiaotong University, representing the Donggang Superconductivity Research Center.

Among the domestic superconductivity-related scientific research institutions, the most influential and large-scale are the Key Laboratory of Superconductivity of the Academy of Sciences and the Basic Science Center of Capital University.

The second is the Donggang Superconductivity Research Center.

If there is no key laboratory of superconductivity and basic science center to join, the largest project will definitely be won by the Donggang Superconductivity Research Center represented by He Feng.

It's a pity......

Two of the other largest institutions have joined in.

After hearing He Feng's words, many people couldn't help but turn their heads to look at the left and right sides of the front row of the conference room.

There are a few people on the left and right sides.

On the left is Du Jianhua's team, and on the right is Wang Chenglin's team, who brought their core team members to participate in the project meeting.

At the same time, they were all isolated.

The reason why the two teams were 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 say that explicitly, they did it, and they all came to the stage to clearly state the project they wanted to apply for.

At that time, the scholars who participated in the meeting all thought that the two and their teams 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 mildly, are shameless......"

"What else did you say to apply for the project yourself, and the result? After Wang Hao explained the project, they directly joined. ”

"They are two large teams, but they are both leaders in superconductivity research, and they do it for the sake of funding."

"yes......"

Wang Chenglin and Du Jianhua also felt very embarrassed, they all regretted being the 'leader', and they also knew what they would face when they applied to join Wang Hao's project.

However, in the face of huge funds, what is face?

They are all leaders of large scientific research teams, and they must think about the team, and they must strive for more funding in order for the team to survive and develop.

Wang Chenglin and Du Jianhua don't care what other people think, the most important thing is to win the project.

It's the embarrassment that they see each other.

When the two came, they happened to bump into each other, and they didn't say a word to each other awkwardly.

Wang Chenglin glanced to the left and thought disdainfully, "I already knew that this guy was completely untrustworthy, and he said that he would never join the project, just to me!" ”

On the other side, Du Jianhua also thought, "Wang Chenglin, this guy just has no discipline, he doesn't have any basic principles of being a man, he estimated that he deliberately lied to me last time, but fortunately, I wasn't fooled!" ”

The two glanced at each other, snorted coldly at each other and turned their heads in disdain.

This time they are direct competitors!

The Science Foundation has announced a research project on superconductivity 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 properties of several superconducting materials.

Studying the electron wave properties of superconducting materials is a very complex subject and the most important of all projects.

As long as you have an in-depth understanding of superconducting condensation physics and semi-topological theory, you will know that the study is directly related to the bridge that correlates the construction of electron waves and the microscopic morphology of superconductivity.

Based on this, it can be extended to communicate superconducting condensate physics and semi-topological theory.

Of course, the process of communication and perfection at the theoretical level is also very complex, and it is impossible to rely on experimental research alone.

However, the project does not need to do 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 a big project of 700 million.

Eight thirty.

Wang Hao arrived at the venue, and many scholars immediately greeted him, including Du Jianhua and Wang Chenglin.

Everyone is very enthusiastic about Wang Hao.

The entire project was applied for by Wang Hao, and he was in control of the project and could naturally decide the project allocation.

In other words, Wang Hao is the most important judge of project allocation.

Wang Hao and the scholars exchanged pleasantries for a while, and when it was almost time, he took the stage to explain the project as a whole.

"The main purpose of our research is to use the properties of new superconducting materials to communicate the semi-topological theory and the conventional superconducting condensation physics theory."

"From a microscopic point of view, it is to communicate the relationship between atomic architecture and electron motion."

"Superconductivity is a big field, whether it's semi-topological theory or superconducting condensation physics, it's a one-sided explanation, and we want to combine the two......"

"Next, I will explain some of the most important project directions......

……

Among the series of research projects, the most important is a large project with a budget of 700 million for the study of electronic waves.

Its in-depth research is not only important for improving the superconducting mechanism, but also for the subsequent demonstration of electromagnetic force and conductivity mechanism based on experimental research combined with semi-topological theory.

Electromagnetic force and conductive mechanism are problems of fundamental physics, and to demonstrate from a microscopic perspective, to a certain extent, it is equivalent to communicating the problems of microscopic and macroscopic mechanics, and to a certain extent, it is also to promote the unification of physics.

"This research is very important."

"What is needed is not only experimentation, but also involves the analysis of the underlying level, which is also very difficult, and we need more than a few electron wave ......"

Wang Hao explained the largest project for nearly an hour, which shows the importance of the project.

The scholars in the venue were also very much looking forward to listening.

Such a major project research is not only a matter of funding, but also a huge improvement for individuals if the research can have significant results.

Of course.

They also know that the project is still experimental research, and the follow-up theoretical research is still completed by the main team, including Deng Huanshan's experimental group, anti-gravity group, and Wang Hao's research group.

In fact, there are only three people who are eligible to apply for the 700 million project.

One is Wang Chenglin from the Basic Science Center, the other is Du Jianhua from the Key Laboratory of Superconductivity, and finally He Feng from the Donggang Superconductivity Research Center.

Compared with the previous two people, He Feng is relatively worse.

After the morning meeting, Du Jianhua, Wang Chenglin and He Feng found Wang Hao together to talk about the biggest project.

Wang Hao is with Academician Wu Hui of the Superconductivity Office.

Wang Hao was a little embarrassed about the project allocation, he turned his head to look at Wu Hui, and said, "I don't interfere in the project allocation, I still have to look at the foundation." ”

No matter which team is doing the project, as long as it can complete the basic experiments and get the relevant data, it can basically be accepted.

Wang Chenglin, Du Jianhua and He Feng, the experimental group of the three of them all have the strength to do the largest project, and the allocation of projects must involve a lot of problems, so he naturally doesn't want to interfere.

This was also the work of the Science Foundation.

All three looked at Wu Hui.

Wu Hui smiled bitterly and said helplessly, "Academician Wang has no opinion, in fact, I don't have any opinion, your team meets the requirements." ”

The specific allocation has not been thought out, and the scientific research projects that are publicly tendered are not like engineering bidding projects, and they can also start from the funding, for example, which team has less funds and will allocate the project to the past.

Of course, this is not a no-go.

There are many problems that need to be solved in the research process, and card funding may mean that the follow-up research cannot be completed, especially for such an important research, and there can be no mistakes.

Wu Hui also had a headache, he thought about it carefully, and suddenly thought of the study of anti-gravity.

At the beginning, when the anti-gravity research came out, the scale of the physics laboratory of Xihai University was not enough, so we simply asked several teams to do research together to see which team had better results.

At that time, the physics laboratory led by Wang Hao increased the AC gravity index to more than 6%, and finally won the follow-up project, which also left other research teams with nothing to say.

Wu Hui talked about the original incident, and said to Wang Hao, "Academician Wang, otherwise, do you want to do a professional research and let several teams do it together, which team can do the best and get the project?" ”

Wu Hui's suggestion is indeed a good approach.

They looked at Wang Hao again.

Wang Hao thought carefully for a moment and said, "That's it." In this project, we need to study electron waves, and the first thing to carry out is to measure the relationship between electron waves and topological thin bands. ”

"You can do this research and see who can do it better......"

Wang Hao explained briefly.

Wang Chenglin pondered and asked, "It's hard to judge even if this kind of electron wave research produces results, right?" ”

The other two nodded.

They are all scholars who specialize in the study of superconducting condensation physics, and they are naturally very aware of the research on superconducting electronic waves, and there are big problems in the evaluation.

There are some international achievements, which may even be fake or falsified, because it is impossible to judge the results after they have been published.

Wang Hao smiled indifferently, "You only need to do research, and I will judge in the end." ”

He added, "Provided, of course, that you believe that my judgment is impartial." ”

"That's for sure."

"I believe in Academician Wang!"

"No matter what the result is, as long as it is Academician Wang's judgment, I am 100% convinced!"

Wang Hao is naturally able to make judgments, because he can find the right path, and at the same time, he also attaches great importance to research.

If the research can achieve outstanding results, it will be possible to construct the relationship between the electron wave and the semi-topological structure, and even the relationship between the current bearing strength and the semi-topological structure.

After a brief discussion, they made the final decision to give each experimental team 15 million dollars to start the initial research.

Whichever team has better results will get the follow-up 700 million projects.

"How long will it take?" He Feng asked.

"Since it's an application project, it can't take too long...... A month. Wang Hao said for a while, and then thought about adding, "One month should be enough." ”

Several people present looked at each other and couldn't help but tug at the corners of their mouths, they knew that it was impossible to complete the research when they heard the time.

One month?

Are you kidding!

They asked the team to understand that the main content would take more than a week, and then they would prepare the experiment, design the experiment, and put it into the research, what would a month be enough for?

Wu Hui also tugged at the corners of his mouth hard, he really didn't know what to say.

Apparently.

Wang Hao's concept of time for scientific research is completely different from that of other people.

"Probably for Wang Hao, a month is already a long time, right? However, normal experimental research starts in a few months at the very least......"

Wu Hui shook his head in thought.

Wang Chenglin, Du Jianhua and He Feng glanced at each other, and finally didn't say anything, because their competitors were each other, not Wang Hao.

Although they all felt that a month was too short to do anything at all, they didn't need to complete the research, they just needed to do it better than others.

How can you do it better than everyone else?

They looked at each other, and fierce sparks collided in the air.

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