At least better than He Yi, Xiao Xinyu and others, right?

soon.

Liu Yunli and the other two realized that they were thinking too much.

He Yi and Xiao Xinyu did not participate in the theoretical research at all, including experimental data analysis, theoretical construction research, and only Wang Hao was doing the relevant core content.

Xiang Qiansheng is only responsible for some peripheral work. He mainly guides experiments rather than engaging in theoretical research.

Liu Yunli couldn't help it anymore, so he went to He Yi and asked, "Why don't you do mathematical analysis with Professor Wang? Why don't you study theory?"

He Yi was confused, "Why should I study theory?"

"Aren't you a researcher?"

"However, theoretical things are difficult, and I am not good at analysis." He Yi noticed Liu Yunli's doubts and explained, "Professor Liu, I tried to study with Professor Wang before, but then gave up. I don't have this Even if I can understand those studies, I can only understand them and cannot help at all."

"To put it bluntly, I feel that I can't keep up with Professor Wang's thinking and can't understand it, so I might as well give up."

Liu Yunli twitched his lips when he heard this. He found that the goal he had set was too simple.

After returning, Liu Yunli said to the other two people, "Our goal should be to understand the basic theory and be able to participate in new experimental designs, so that we can do research together."

That puts him ahead of everyone else in the physics lab.

"Right."

"That makes sense..."

at the same time.

Wang Hao is also doing research very patiently. He is not summarizing the recent experiments, but summarizing and improving his own theory.

Through the last experiment, he has determined that there is no problem with his research. The microscopic morphology inside the superconductor is squeezed to form a topological phase transition, which is directly related to the AC gravity field.

In addition, it must be directly related to the formation of superconductivity.

Then here comes the problem.

"In a normal conductor carrying electricity, are there microscopic forms?"

"The microscopic morphology is squeezed to form a topological phase transition, thereby stimulating a special superconducting state. Normally speaking, the microscopic morphology should also exist in the energized state of ordinary conductors, but it has not been squeezed out by 'annihilation'?"

"In addition, some non-conductors can also activate special superconducting states at ultra-low temperatures. What is the difference between the two?"

These are problems that must be solved.

Wang Hao still has some headaches when doing research by himself, because he is not an expert in topology, and he also hopes that other people can give opinions instead of just doing research by himself.

For example, when he encounters problems with complexity theory, he can go to Luo Dayong.

Luo Dayong can provide very reference opinions, and when looking at a certain problem, he can also put forward other ideas.

After all, there are specialties in medicine.

He alone cannot cover all areas of knowledge.

Wang Hao thought about it carefully and suddenly remembered a person with whom he had only exchanged a few words and had no further contact.

He quickly called Qiu Chengwen.

Qiu Chengwen was sitting in the office and felt confused when he received a call from Wang Hao.

He pressed the answer button and heard Wang Hao say, "In your center, there is a scholar named Lin who is doing topology research. I talked to him last time. Can you give him his contact information? I have questions to ask."

"

Qiu Chengwen was a little surprised when he heard this, but he knew who Wang Hao was talking about because there were very few scholars doing topology research.

He checked and sent the phone number, thinking, 'We should let the center's scholars communicate more with Wang Hao, and let Wang Hao see the strength of the mathematics center. Maybe he will change his mind and consider working at Shuimu University.

.'

After Wang Hao got the phone, he called directly.

Lin Bohan is only 29 years old. He is a PhD student at Shuimu University. After graduation, he conducted postdoctoral research at the Mathematical Science Center and engaged in research on geometric topology.

At the Mathematical Sciences Center, he is an extremely ordinary scholar.

At this time, he was discussing a problem with his colleagues. He hesitated when he saw an unknown number. After thinking about it, he answered the phone and heard the other person say, "Dr. Lin, do you remember me? I'm Wang Hao."

"Professor Wang!"

Lin Bohan even shouted in surprise. Seeing the surprised look in his colleague's eyes, Lin Bohan quickly walked aside to answer the phone, "Professor Wang, who are you calling me?"

Wang Hao said directly, "I want to ask you if you are interested in working at Xihai University."

"this……"

"I have a major project in hand, and I want to find a topology expert to do research with me. Don't worry, Professor Lin, if you come, you can work as a researcher in the Mason Number Laboratory."

"As long as you come here, I guarantee that your funding, whether it is your own research or other research, will be sufficient."

Wang Hao is very straightforward when it comes to poaching.

Lin Bohan was stunned for a long time. He had no idea that he would be poached by Wang Hao. Moreover, Wang Hao said directly that he would be poached to carry out major research together.

In addition, the funds are enough!

This condition cannot be refused at all. He is originally a "Northern drifter", and the capital is not his hometown. For him, it is the same wherever he works.

If you can go to Sokai University, you can work with the world's top mathematicians and have enough financial support.

At the same time, you can also directly sign a stable work contract.

On the other hand, if you continue to stay at Shuimu University and want to be promoted to associate researcher or associate professor, it will take at least a few years.

Lin Bohan couldn't think of a reason to refuse, so he still didn't agree immediately. He just said he would think about it and give a reply soon.

Then he went to ask about postdoctoral resignation.

That is of course very simple.

Because he is only engaged in postdoctoral research and has not signed a formal work agreement with the school, it is very easy to change jobs.

…

Two weeks later.

The summary and analysis of the last experiment have been completed. Wang Hao has completed the improvement of the theory and is ready to conduct the next experiment.

Liu Yunli and the others did not fully understand the mathematical analysis work done by Wang Hao, but they had control over the overall research, knew how to perform the specific analysis, and connected it with the experimental design.

Because they were about to prepare a new experiment, they even discussed and studied it together, thinking that the new experiment must be related to material verification.

This is the main direction of research.

After increasing the field strength of AC gravity to a certain level, normally the next step is the material verification stage.

To put it simply, it is the same experiment, replacing the superconducting materials, studying the differences in AC gravity field strengths produced by various superconducting materials.

All three people believed that the direction must be fixed, and they also demonstrated this in order to prepare for the experimental meeting in advance.

They hope to put forward their own opinions at the meeting, which is equivalent to conducting experimental design with Wang Hao.

They were very well prepared and even made more than 20 pages of notes in their notebooks.

The day has come.

Wang Hao summoned everyone in the laboratory for a new experimental meeting.

Everyone is looking forward to the experiment.

Liu Yunli and the other three were also in high spirits and couldn't wait to participate.

Then I heard Wang Hao say, "This experiment is a bit special. We need to create an ultra-low temperature environment and detect the AC gravity field with higher accuracy."

"We need to slowly lower the temperature in the experiment, especially when it is about to reach the superconducting state. The temperature reduction must be slow, and the detection and temperature control must be more precise..."

Wang Hao spoke seriously.

This experiment is to verify whether any conductor will have microscopic morphology inside it when it is energized.

If it exists, according to normal logic, the 'AC field force' can escape when it is close to reaching the superconducting state temperature.

To put it simply, it's like pinching an orange with your hands. You don't need to squeeze it completely before the juice will flow out.

It is definitely not easy to detect ‘juice’.

What they have to do is to make the experiment more refined, the experimental design must be more precise, and the detection must be more precise.

After listening to Wang Hao's explanation, the others took notes carefully and thought about how to design experiments and arrange work.

Liu Yunli and the other three were stunned.

They expected that the next experiment would be a comparative verification of materials, but why did it turn into studying the AC gravity characteristics of superconductors?

These are completely two directions and two contents.

While everyone was discussing, Liu Yunli still asked, "Professor Wang, don't we do a material comparison experiment?"

Wang Hao asked in confusion, "Why do we need to do a material comparison experiment?"

"this……"
To be continued...