From University Lecturer to Chief Academician

After putting down the phone, Wang Hao suddenly felt very much looking forward to it. He seldom looked forward to an academic conference, and the conference on 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 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 even related to superconductivity, anti-gravity 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 is like the problem of black holes.

The famous physicist Steven Hawking predicted the existence of black holes, and astronomers have also observed many cosmic phenomena, all of which can be explained by the 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 the theory of annihilation.

Unless the annihilation force is really measured, that is, the "conventional" space squeeze strength value is measured, no amount of definite research can confirm the existence of the annihilation force.

A theory is just a theory after all.

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

Even after doing so much research, he still doesn't know how to measure the "space squeeze strength value", because it involves the issue of mass units and a series of complex issues of quantum physics.

After all, his energy alone is limited, even if he keeps doing more research in the right direction, it is impossible to complete all the work.

This requires the development of annihilation theory.

When more scholars participate in the research, especially if 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 annihilation force is only a matter of time.

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

For example, he is preparing to study the problem of space compression and enhancement. Now he has no idea or any theoretical support. The inspiration value has been 'returning to zero' without any progress.

If there are rich theories related to annihilation force, maybe we can find relevant content and get inspiration to start the right research direction.

Of course, after many scholars participated in the research and developed the theory, not all of them are correct.

Just like string theory, the mathematical system of string theory must contain a lot of correct content, but also a lot of incorrect content, because many scholars have participated in it, and there are many related results.

Wang Hao didn't care about this. Another major function of the system is to find the right path. He can always do research in the right direction.

However, what Wang Hao is busy with next is not the meeting 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 budget of 5 billion.

This project is a systematic engineering research with CA005 semi-topological microscopic morphology as the core, and links semi-topological theory with superconducting condensed matter physics theory.

In the external name of the project, of course, it will not talk about the semi-topological microscopic morphology of CA005, but based on a variety of new superconducting materials, 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 superconducting mechanism, and each scientific research team is more concerned about project allocation.

Since the theory of superconducting semi-topology came into being, the situation of domestic superconducting-related institutions and teams is not good. It is very difficult for them to apply for superconducting-related projects, and it can be said that they have no funds at hand.

Now the country has approved a major superconducting mechanism project with a funding of 5 billion, of which more than 3 billion has been given to the Science Foundation, and the Science Foundation has also disclosed a lot of superconducting research related projects, and even marked roughly research direction and experimental content.

Most of these projects do not need to innovate or make breakthroughs, but they can get a large amount of funding, which is naturally very attractive.

Many scholars in the field of superconductivity were very depressed when they talked about Wang Hao.

Although it can't be said that they hate Wang Hao, they also know that Wang Hao is a top scholar, and his superconductivity research has made a very important contribution to the country and the world.

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

Now they are full of admiration for Wang Hao.

At 7 o'clock that morning, there were already many people in the venue, and many people stood together and chatted together, "Many of the research projects listed this time are very interesting, some of which are conventional condensed matter physics research content, only But the fundamentals are different."

"I looked carefully, and many of them are based on new superconducting materials. Those new superconducting materials are all amazing..."

"Academician Wang still has the ability. 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 material has a transition temperature exceeding 130K!"

"Is it that high?"

"Of course, this is internal news. You probably don't know it. The minimum is 70K. I didn't even dare to imagine it before."

"I have carefully read many projects, all of which are studying the condensed physical properties of new materials, which feel like application content."

"This time, the big lab gets the big project, and the small lab gets the small project. Our lab... originally wanted to get the biggest project, but it turned out..."

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

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

The second is Donggang Superconductivity Research Center.

If there is no superconducting key laboratory and basic science center to join in, the biggest project will definitely be won by 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 turning their heads to look at the left and right sides of the front row of the meeting 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 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 'at odds' with Wang Hao.

Although they didn't say so clearly, they did do so, and they all went on stage and clearly stated the projects they wanted to apply for.

Scholars who participated in the conference at that time believed that the two and their teams would not join Wang Hao's project, and they did not expect that they all applied to join.

"These two guys, to put it bluntly, are shameless..."

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

"Their two large teams are both leaders in superconductivity research, but they still do this for funding."

"yes……"

Wang Chenglin and Du Jianhua also felt very embarrassed. They both regretted being the "leaders" and knew what they would face when applying to join Wang Hao's project.

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

They are all the leaders of large scientific research teams, and they must consider for the team. They must strive for more funds to allow 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.

They were the most awkward seeing each other.

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

Wang Chenglin glanced to the left, thinking disdainfully, "I already knew that this guy is completely untrustworthy, and he said that he would never join the project, it was purely for me!"

On the other hand, Du Jianhua also thought, "Wang Chenglin just has no morals, no basic principles of life, he probably lied to me on purpose last time, luckily I wasn't fooled!"

The two looked at each other, and turned their heads with a cold snort of disdain.

This time they are direct competitors!

The Science Foundation announced a research project with a total funding of 3 billion superconductors. Among them is the largest project, with a total funding of 700 million, which is to study and explore the electronic wave characteristics of several superconducting materials.

Studying the electronic wave characteristics of superconducting materials is a very complex content, and it is also the most important of all projects.

As long as you have a deep understanding of superconducting condensed matter physics and semi-topological theory, you will know that the research is directly related to the bridge that correlates the structural electron waves and the superconducting microscopic morphology.

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

Of course, the process of perfecting communication at the theoretical level 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 done by Wang Hao's team.

Both Du Jianhua and Wang Chenglin hope to get a large project worth 700 million yuan.

eight thirty.

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

Everyone is very enthusiastic about Wang Hao.

The whole project was applied by Wang Hao. He controls the project and can naturally decide the project allocation.

In other words, Wang Hao is the most important reviewer for project assignment.

Wang Hao exchanged pleasantries with the scholars 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 characteristics of new superconducting materials to communicate the semi-topological theory and the conventional superconducting condensate physical theory."

"From a microscopic point of view, it is to communicate the relationship between the atomic structure and the movement of electrons."

"The mechanism of superconductivity is a huge field. Whether it is semi-topological theory or superconducting condensed matter physics, they are all one-sided explanations, and we want to combine the two..."

"Next, let me explain some of the most important project directions..."

...

Among a series of research projects, the most important one is the large project of electronic wave research with a funding of 700 million.

Its in-depth research is not only important for perfecting the superconducting mechanism, but also based on experimental research combined with semi-topological theory to demonstrate the electromagnetic force and the conductive mechanism.

Electromagnetic force and conduction mechanism are issues of fundamental physics. To demonstrate from a microscopic point of view, to a certain extent, it is equivalent to communicating the issues of microcosmic and macroscopic mechanics, and to a certain extent, it also promotes the unification of physics.

"This research is very important."

"What is needed is not only experiments, but the analysis of the bottom layer is also very difficult. What we need is not just a few electronic waves..."

Wang Hao explained the largest project for nearly an hour, so it can be seen that he attaches great importance to the project.

The scholars in the venue also listened with great anticipation.

Such a major project research is not just a matter of funding. The research can produce major results, which is also a huge improvement for the individual.

Of course.

They also know that the project is still doing experimental research, and the follow-up theoretical research is still done 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 the last is He Feng from the Donggang Superconductivity Research Center.

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

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

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

Regarding the issue of project allocation, Wang Hao was a little embarrassed. He turned his head to look at Wu Hui, and said, "I don't want to interfere in project allocation. It depends on the foundation."

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

Wang Chenglin, Du Jianhua, and He Feng, the experimental group of the three has the strength to do the largest project, and the allocation of projects will definitely involve many problems, so he naturally doesn't want to intervene.

That would have been the job of the Science Foundation, too.

All three looked at Wu Hui.

Wu Hui smiled wryly, and said helplessly, "Academician Wang has no objections, and I actually have no objections either. Your team all meet the requirements."

How to allocate it has not yet been decided, and scientific research projects through public bidding are not like engineering bidding projects. They can also start with funding. For example, whichever team has the least funding will allocate the project.

Of course this is not acceptable.

Scientific research, experiments, and funding requirements are there. There are many problems that need to be solved during the research process. The lack of funds may mean that the follow-up research cannot be completed, especially for such important research, let alone mistakes.

Wu Hui also had some headaches, he thought about it carefully, and suddenly thought of anti-gravity research.

At the beginning of the research on anti-gravity, the physics laboratory of Xihai University was not large 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 raised the communication gravity index to more than 6%, and finally won the follow-up project, leaving other research teams speechless.

Wu Hui talked about what happened at the beginning, and said to Wang Hao, "Academician Wang, otherwise, if you want to do a professional research, let several of them do it together, and whichever team does the best will get the project." ?”

Wu Hui's suggestion is indeed a good method.

They looked at Wang Hao together again.

Wang Hao thought about it carefully, and said, "Let's do this. What we need to study in this project is electronic waves, and the first thing we need to do is to measure the relationship between electronic waves and topological thin strips."

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

Wang Hao briefly explained.

Wang Chenglin thought about it and asked, "Isn't it difficult to judge the results of this kind of electronic wave research?"

The other two also nodded.

They are all scholars specializing in the research of superconducting condensed matter physics. Naturally, they are very clear about the research on superconducting electron waves, and there are big problems in the evaluation.

Some international results may even be false or forged, because no judgment can be made after the results are published.

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

He added, "Of course, the premise is that you believe that my judgment is fair."

"That's for sure."

"I believe in Academician Wang!"

"No matter what the result is, as long as it is the judgment of Academician Wang, 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 produce outstanding results, it will be possible to construct the electronic wave and semi-topological structure, and even further study the relationship between the current carrying strength and the semi-topological structure.

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

Whichever team has the better results will get the next 700 million projects.

"Time, how long will it take?" He Feng asked.

"Since it's an application project, it shouldn't take too long...one month." Wang Hao said for a while, and added after thinking, "One month should be enough."

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

a month?

What a joke!

They asked the team to understand first, the main content needs more than a week, and then prepare for the experiment, design the experiment, invest in the research, what is enough for one month?

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

Obviously.

Wang Hao's concept of time for scientific research is completely different from others.

"Perhaps for Wang Hao, one month is already a long time? However, normal experimental research starts at least a few months..."

Wu Hui thought and shook his head.

Wang Chenglin, Du Jianhua, and He Feng looked at each other, and finally said nothing, because their competitors were each other, not Wang Hao.

Although they all feel that one month is too short to do anything at all, they don't need to complete the research, they just need to do better than others.

How to do better than others?

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