The personnel in the strong S-wave research base have done a lot of discussions and thinking, and they all believe that the best way is to release super-S waves into space, so that they can use energy to transmit and find the location accurately in the first time.

They also discussed studying super-S waves at a fixed location, for example, at an altitude of about 36,000 kilometers in geostationary orbit.

This position will not change.

Once precise control is achieved, small spacecraft can be used nearby or other methods can be used for observation and research.

When Wang Qiang and Wang Hao talked about it, they joked, "If the release distance is far enough, we can even conduct experiments on the moon, and the distance is only 300,000 kilometers."

That is of course impossible.

It’s not that the release distance is insufficient, it’s that when strong S waves are released to the moon, it’s impossible to fix the position.

The moon's rotation speed is not fast, but it reaches 4.6 meters per second. Without considering the rotation of the earth, the strong S-wave thin layer released towards the moon will also change position at a speed of 4.6 meters per second.

If you take into account the rapid rotation of the earth, the strong S-wave thin layer will fluctuate by more than 400 meters per second. Let alone doing research, it is very good to see it in a flash.

Wang Hao talked with Wang Qiang again, and said after thinking, "You go back first, I will think about it again."

He cannot make a decision immediately.

After Wang Qiang left, Wang Hao talked to Paul Phil Jones and got the natural result--

Paul Phil-Jones fully supports Wang Qiang's idea. He doesn't care about issues such as international impact. He only considers experiments and research. As long as it is helpful to the experiment, he will support it with both hands.

Wang Hao found a few more students, and their thoughts were also expected.

"It is definitely good to conduct experiments in space, as the location can be discovered immediately, and strong S waves were first discovered in space."

"But it will definitely have an impact, Teacher Wang, we listen to you."

"We support whatever decision you make!"

Several students did not put forward any reliable opinions, and what they said or what they did not mean was the same.

Wang Hao finally found Huang Xing.

Of course Huang Xing supported Wang Qiang's idea, "I also participated in the discussion, and many people advised me to tell you."

"There is no way to conduct current research on the ground. It is too far away. Either we need to suspend the experiment or release it into space. Choose one of the two."

"Of course, I support whatever decision you make."

"..."

In the end, Wang Hao realized that he still had to make his own decision, so he simply went home to talk to Su Yingxue.

Su Yingxue smiled and said, "Wang Hao, you are actually inclined to conduct experiments yourself, right? You just want to hear some persuasion..."

Wang Hao could only respond with a wry smile.

Su Yingxue continued, "Actually, it's nothing. Any experiment has risks. Your experiment is high-tech and high-tech research. It will definitely have some impact if it is exposed, but in fact, the impact is not big."

"Think about it, how many high-tech technologies have you already developed? Are you still afraid of one more?"

"It's no big deal if it's made in space and discovered."

"Anyway, I think it is better to conduct research openly than to conduct experiments secretly."

Wang Hao suddenly felt much more comfortable.

There is nothing wrong with what Su Yingxue said. They are not secretly developing nuclear weapons, nor are they trying to destroy the world, they are just conducting physical research.

This kind of physics research is very advanced, but they already have a lot of high-end technologies, so what’s the big deal with one more?

The research on this technology is also very important. Whether it is the strong S wave itself, energy transmission, or even possible material transmission, it is far beyond the current technological level.

If we can thoroughly study technology and understand the physical laws contained in it, we will definitely be able to take technology to a higher level.

By then, high-end technology will develop faster, which will also speed up the development of science and technology. To put it more grandly, it will speed up the speed of human exploration of the universe, which is of great significance.

…

After Wang Hao made his decision, he wrote an application report to the science and technology department, the military and the leadership.

The technology sector was the first to respond.

The documents submitted by Wang Hao will be placed on Teacher Xu’s desk as soon as possible.

After Teacher Xu briefly read the content, he immediately smiled bitterly at Xue Jianping and said, "Trouble is coming!"

"How long has it been just now?"

"I just finished reading the last research report on strong S waves, and now I am conducting experiments in space..."

"Academician Wang Hao's actions are quite big. He reported to the military and leadership. It seems like he is really going to make big moves!"

"This is no longer my decision."

Xue Jianping smiled and said, "That's fine. We can't make decisions, so let others make decisions together."

"Right……"

Teacher Xu shook his head with a wry smile and continued to read the report.

The last report was a brief description, but now it is very clear. It will release a strong S-wave layer into space, conduct energy transmission experiments, and then rely on second-order radar to lock the position.

In the future, we will also need to cooperate with the space agency and aerospace technology companies to let them send spacecraft to cooperate with experimental research.

Such a large-scale research project will definitely be known internationally.

At the very beginning of the experiment, when conducting energy transmission experiments, monitoring equipment from other national agencies could lock the location.

The report says that second-order radar technology is used. In fact, it is just for more accuracy. If an energy burst occurs thousands or tens of thousands of kilometers in space, even a small area may be detected by conventional monitoring equipment.

If the experiment is conducted at night, the intensity of the energy burst is slightly higher and can be seen clearly by the naked eye.

Therefore, the experimental research can be said to be conducted openly.

Teacher Xu immediately communicated with several other teachers. They also held a short internal meeting and decided to form a temporary leadership group and go to Xihai University.

They need to know more details before they can make a decision.

This chapter is not finished yet, please click on the next page to continue reading the exciting content! Wang Hao also received a reply from the leader, and he immediately asked people to start preparations, including the experimental group, including theory.

This time, in order to convince the senior management to agree to conduct a semi-public experiment, a series of preparations are required, including an overall description of the experiment, what will happen, research, application prospects, etc.

When they got the news, the experimental group and the theoretical group were a little excited, and they immediately made preparations actively.

Among the theory groups, Helen's group is the most anticipated.

Helen was very excited. She said expectantly, "Our research has not been completed yet, but if the experimental data matches, I believe the research will be more accurate and faster. It would be better if it can be verified."

The 'verification' she is talking about is physical transmission.

It is still too early to carry out material transmission experiments, but as long as space experiments can be carried out, technology will definitely improve rapidly.

Ding Zhiqiang is also looking forward to it. They have found a research direction for material transport based on theoretical research.

If it can be verified in the future, he himself is one of the participants in the study, and it will definitely be recognized internationally.

Conducting space experiments now is equivalent to conducting semi-public experiments, and he will definitely become very famous for this...

This is important!

Ding Zhiqiang has great vanity, and he has always hoped to gain the same recognition as his senior classmates.

For example, win the Nobel Prize in Physics.

In fact, his contribution to research is enough to win many awards internationally. Unfortunately, most of the theoretical research he has done is confidential.

Such research can only receive internal commendations, but no recognition from the international community and public opinion.

Of course.

The theory team is doing this kind of work, but the problem is that Paul, Helen, Chen Mengmeng, and even He Yi have all won the Nobel Prize in Physics. They can be said to have achieved fame and success, and then they invested in 'secret keeping'

'researching.

Only him...

Ding Zhiqiang is still very depressed when he thinks about it. The title he hates most is 'Wang Hao's most promising student'.

He didn't want to be talked about by others when he was old, and said that he was Wang Hao's most promising student, but in the end he had no impressive "public research contributions" and no heavyweight academic awards.

"Alas~~"

Paul Phil-Jones is in a different mood.

He regrets a little...

He is very resistant to the research of Helen's group, but deep down he hopes to join their research, because the direction of Helen's group's research and exploration is directed towards material transmission.

"What if it was experimentally verified?"

"By then, my name will not be included in the list of the most significant contributions to wormhole technology research..."

Although he thought so deep down, on the surface, Paul Phil-Jones would not admit that when he met Helen, Chen Mengmeng and others, he showed disdain.

"You are going in the wrong direction!"

"No need to look forward to it."

"It is correct to start research from the basics. Wang Hao and I study the relationship between annihilation force and space, so that we can discuss it from the basics..."
To be continued...