"..."

One week later.

Wang Hao, He Yi and Xiang Qiansheng went to the capital together.

He Yi was chattering along the way. He was indeed very excited about winning the award.

In fact, when he first applied for the replica communication gravity experiment project, his purpose was just to "get funding."

With funds, experiments can be done and the laboratory can support them.

This can even be described as "cheating funds".

Because from the beginning, he felt that it was impossible to complete the research, so he just wanted to get some results and write a few papers after completing the project.

This may sound a bit excessive, but in fact, it is just the idea of ​​an ordinary researcher. It is difficult for a small laboratory to apply for a big project, but applying for a small project also requires careful preparation.

Many times, ordinary researchers do not study whatever they want to study.

The embarrassing part is that you may not be able to apply for funding for the research you want to do. But if you want to apply for funding, the research you do must be unique or recognized by review experts.

He Yi had no idea that the research could proceed to this point.

Not only did they successfully replicate the AC gravity experiment, they also applied for subsequent major projects, and even won the first prize for science and technology.

I still have to thank Wang Hao for this.

Research has always been controlled by Wang Hao, and the relevant theoretical content was also summarized by Wang Hao. The physics laboratory only cooperated with the research.

But no matter what, the physics laboratory project still won the award.

He Yi is one of the very important participants, and it is inevitable that he will be excited.

Xiang Qiansheng was also very excited.

Now he is sure that coming to Xihai University is the most correct choice. Otherwise, if he continues to stay in the superconducting laboratory, he will have to wait for retirement.

That's not what he wants.

Wang Hao, on the other hand, was very calm all the way because he had already won the first prize in natural science last year, and when he went to win the same award again this year, he naturally felt much calmer.

They made it all the way to the capital.

After resting in the hotel for a night, the next morning we went to the auditorium where the science and technology awards ceremony was held.

After Wang Hao entered the auditorium, he was warmly greeted by the scholars present.

Every year at the natural science award ceremony, the winners are different, and few scholars can attend two award ceremonies in a row.

Therefore, the scholars Wang Hao met were all different.

He just walked in listening to the congratulations all the way. When he actually went in to talk about the awards, many people did not talk about Wang Hao's research, but talked about the physics laboratory project.

The impact of this project is too great.

Even now, there are still many reports in the news, including some popular science content, as well as looking forward to future research on superconductivity and antigravity.

Many institutions and teams in condensed matter physics research are also preparing to apply for exchange gravity-related research projects. Some institutions and teams have already made applications, while some institutions and teams are still preparing.

General project applications take several months or even a year, so naturally they cannot be completed in a short time.

Many people came to consult Wang Hao about the research direction of the project.

Wang Hao also explained, “This research is mainly based on AC gravity experiments to study the mechanism of superconductivity.”

He revealed, "What we can explain now is only elemental metal. In fact, I hope to see a phenomenon, which is the AC generated by a certain superconducting material when it does not reach the critical temperature during the AC gravity experiment.

The gravitational field strength is higher than reaching the superconducting state."

"This phenomenon is very important, both for theoretical research and new discoveries."

"If any research team can discover this phenomenon during the experiment, it will definitely be a very remarkable result."

Wang Hao's explanation was noted by many people.

this is very important.

In the research on alternating gravity combined with superconductivity, Wang Hao is undoubtedly the top expert. It was he who completed the initial theoretical basis, which can be said to represent the correctness.

So far, no other institution or individual has achieved other outstanding results.

Later, someone asked Wang Hao what kind of research he was doing. Wang Hao simply explained the project he applied for, "Establishing a new topological system, hoping to analyze the microscopic morphology formed by more complex element structures."

This explanation is not easy to understand.

Professor Zhu Gang from Capital University gave a more detailed explanation to others, "I have read international reports. Aksay Venkatesh has done very in-depth research on Wang Hao's theory. He said that now

Wang's geometry can only be used to analyze the microscopic morphology formed by elemental elements."

"The microscopic morphology is a three-dimensional semi-topological figure. The definition of Wang's geometry is very simple, but if you want to analyze the microscopic morphology formed by two or more elements, the difficulty increases exponentially."

"This is so difficult!"

Zhu Gang said seriously, "The definition of Wang's geometry is simple and only relative."

"For example, it is easy to understand the square of a number, but it is more complicated to understand the square of a and b."

"Wang's geometry is not a b. To be honest, it may be compared to a formula composed of more than ten unknown numbers, with a square and a cube added to it..."

"The complexity of the calculation can be imagined, so micro-geometric analysis for two or more elements will become very, very complicated."

"Professor Wang just said that establishing a new topological system may be a good method, but establishing a new system is difficult..."

He said with a wry smile and shook his head.

Just thinking about the difficulty and complexity, he knew that he was simply not capable of completing it.

That is a problem that only a super genius can solve.

…

Finally, the award ceremony began.

The process of awarding awards is similar to last year. After the leadership team arrives, everyone at the scene takes a group photo. After the leaders shake hands with the people in the front row, the awards ceremony begins.

The highest science and technology award was awarded first. Two old academicians who walked tremblingly stepped onto the stage to receive the award from the leader.

Then there is the Natural Science Award.

In today's natural science award selection, it is said that there is only one first prize, and the only winner is Wang Hao.

The scholars present all knew what the leader was going to announce. The only thing they wanted to know was what specific research Wang Hao won the award for.

He has several studies in hand that are enough to win first prize in natural sciences.

Including Goldbach's conjecture.

Includes NS equations.

Including research related to the laws of superconductivity.

The former two are the top research in mathematics, while the latter is the top research in physics, even enough to win the Nobel Prize in Physics.

There is definitely no problem in winning the first prize in natural science for an achievement of this level.

With the attention of all scholars, the leader announced the Natural Science Award, "This year is a very special year. We have made huge breakthroughs in the research of mathematical theory."

"Including Goldbach's conjecture, including the NS equation, these major problems in international mathematics have been solved one by one."

"The Science and Technology Awards Jury specially discussed and awarded it to Professor Wang Hao of Xihai University, Natural Sciences..."
Chapter completed!