National Research Center Building for Condensed Matter Physics.

There are many people waiting.

These include scholars working in the research center, the team members responsible for negotiations, and the people who came over from American to do technical negotiations.

At the edge of the crowd was Brendan Albright.

He is an official of the American Energy Department and the main person in charge of technology exchange.

Philip Rohrer was standing next to him.

The people who came to negotiate with Amerikan also attached great importance to Wang Hao's arrival, because Wang Hao is a truly top scholar and very influential in the world. At the same time, Wang Hao is also the core researcher of the exchange of gravity experiments and the study of superconducting mechanisms.

personnel.

No matter which country you go to, capable scientists are highly valued and respected.

They came to greet Wang Hao at the door to show their respect for Wang Hao.

Albright looked quietly into the distance, narrowed his eyes slightly and said to Laurel, "Mr. Laurel, Dr. Wang Hao is the key to this technology."

"The next step is to communicate with each other. Try to get as much valuable information as possible. How much we can gain depends on you.

Philip Laurel naturally understood what Albright meant.

Wang Hao's arrival means that technology exchange has entered a substantive stage. Next is the contact between their scholars. What they need is to exchange information on gravity experiments and superconducting mechanism research.

This part of the information has obtained basic information, but the information is definitely incomplete. It is only some reports and introductions, and at most some experimental content is added.

If relevant information can be extracted from researchers, it will be very valuable for future experimental research.

The same goes for research on communicative gravity.

Even if relevant information is obtained and the content is confirmed by experiments, some details and theoretical content still need to be studied further.

If detailed information can be obtained, experimental research will progress quickly, and at the same time, the real progress of the other party can be understood.

Philip Laurel also felt very depressed when he thought about it.

He is indeed the person in charge of the project, but it is not up to him to decide on the technical exchange issue.

After all, he is just a scientist and a scholar.

If confidentiality issues were not involved, he would prefer to be a pure scholar and focus on his own research, rather than 'fighting intrigues' here.

In the negotiation team, he is indeed the number two person, but he only plays the role of "technical advisor".

He has no decision-making power.

Finally, the car stopped at the door of the building, and Wang Hao got out of the car.

The crowd immediately came to greet him.

After some pleasantries, they walked into the research center together.

The arrival of Wang Hao means that technology exchange has entered the communication link between scholars.

This is also the final step.

After entering the research center, Wang Hao stayed with Zhou Minhua and listened to her talk about the confirmed content of technology exchange and the topics for subsequent exchanges between scholars.

Afterwards, Wang Hao went to the conference hall with great expectations. He and Philip Rohrer sat together and began to discuss the issue of exchange of gravity experimental research.

At the same time, he also checked the system--

【Task 1】

[Research project name: Experimental method to improve AC gravity field strength (difficulty: S).]

[Inspiration value: 9.]

This is a newly created task before coming here. The purpose is to get more inspiration to continue to enhance the strength of the communication gravity field.

There are several people in the American delegation, who are all direct participants in the exchange of gravity experimental research. Communication with them will definitely bring a lot of inspiration.

This is also Wang Hao’s expectation.

He hopes that through this exchange, the strength of the exchange gravity field will continue to improve, even to a very large extent.

Therefore, he was very enthusiastic towards Philip Rohrer, and they discussed the gravity experiment together, "Our research believes that the focus of this experiment lies in the layout of materials.

"So we adopted a spiral design, which has indeed greatly improved the field strength."

"Twelve percent, this is the ultimate level our research can reach, but I think the design can continue to improve. Your circular design is an innovation."

"."

Philip Rohrer listened patiently and occasionally discussed a few words together.

When he discovered that Wang Hao was indeed very enthusiastic and had been talking about experiments seriously and even cited some experimental methods, he felt a little embarrassed.

I originally thought that experimental communication would be a process of constant exploration, but it turned out to be a real communication.

Philip Laurel felt a little guilty.

Look at Wang Hao!

This is a real scientist and a real scholar.

When faced with the research problem, the other party said a lot of things very enthusiastically.

Although what the other party said seemed impractical, and there seemed to be some problems in understanding it.

But, it's normal.

In the research direction of AC gravity field, the other team's team only worked on it for a year at most. The main direction was to study the superconducting mechanism. However, they invested billions of dollars in related directions and worked on it for seven consecutive years.

The opponent can only create a dozen points of field strength; but they can create a field strength of more than thirty points.

Both sides are not on the same level.

In any case, when entering into the exchange of experiments between scholars and thinking that some technologies should be kept secret, instead of being open to serious discussions, there will be many restrictions.

Philip Rohrer felt like he was listening to an explanation rather than actually communicating with the other person.

He felt very ashamed of this.

While talking about experimental issues, they also talked about the basic methods of experiments.

This is part of the exchange agreement. After completing the technology exchange, they will disclose the basic content together so that other institutions can participate in the research.

In this regard, both sides are consistent.

Research in a new field cannot be completed by a team. It will definitely require more international cooperation and the participation of more institutions so that more new discoveries can be made and theoretical improvements can be slowly made.

Wang Hao stayed in the research center for three days.

The first two days were spent on communicating about issues related to the experiment, and the last day was spent explaining the main content, which is also the issue that the American team is most concerned about -

Part of the combination of AC gravity experiments and superconductivity theoretical mechanisms.

This part of the content is mainly related to the theory, that is, the problem of Wang's geometry shaping. We use the intensity of the AC gravity field as an indicator and rely on experimental data for analysis to continuously improve Wang's geometry. This is a direct correlation between them.

"Using AC gravity experiments to study topological changes in microscopic morphology is my main research direction."

"Here, Wang's geometry is also used to illustrate."

"I think topological changes in microscopic morphology are the fundamental cause of superconductivity."

"The existence of the microscopic morphology itself is directly related to the resistance of the conductor and changes in the surrounding electromagnetic field."

Wang Hao gave a very patient explanation, and the explanation was very detailed, as if he were treating students.

In the process of continuous explanation, the inspiration value is also constantly improving——

[Task 1, inspiration value 4.]

[Task 1, inspiration value 9.]

[Task 1, inspiration value 2.]

[Task one, inspiration value.]

After explaining the connection between experiments and superconducting research, Wang Hao's work was completed.

The explanation itself is the content of the subsequent technical exchange.

Afterwards, both parties will discuss and decide which part of the content will be disclosed to the world based on the known basic content.

These have nothing to do with Wang Hao.

After completing the explanation, he was ready to leave the Condensed Matter Physics Research Center.

Many people sent Wang Hao to the door together.

Philip Rohrer and Wang Hao walked together and said with deep emotion, "Dr. Wang Hao, you are a scholar truly worthy of respect!"

"Thank you, Mr. Laurel, the same goes for you."

"No, I am not."

Philip Rohrer shook his head vigorously, "Whether it is research level or respect for scientific research and academics, I am far behind you."

He said looking forward to it, "But fortunately, the research will be made public. Maybe we will have opportunities to cooperate in the future."
To be continued...