From University Lecturer to Chief Academician

"The anti-gravity field has been penetrated!"

Yan Jing said with shock on her face.

The gravitational field area and the anti-gravity field area partially overlap, and in this overlapping area, the gravitational field effect that should exist does not appear, but appears directly facing the outside of the anti-gravity field, as if the anti-gravity field is penetrated. It can also be understood that the gravitational field is divided into two parts.

Yan Jing drew a field force distribution diagram on the whiteboard and explained it in detail, "We made detailed measurements."

"Although the measured data is not 100% accurate, looking at the overall data, there is no significant reduction in the two field force areas."

"The anti-gravity field is like a balloon that is stressed on one side. One side is squeezed and other locations expand."

"The gravitational field penetrated the anti-gravity field, and the other side appeared across the anti-gravity field area..."

"The field force covers the volume, and the rough calculation is consistent."

The result is incredible.

At the same time, everyone knew it would be a big discovery, maybe even a completely new physical discovery.

After some discussion, Wang Hao made a simple summary, "First of all, the squeezing of the anti-gravity field by the gravitational field has verified our idea, that is, the annihilation force and the S wave are closely related."

"The second discovery..."

"We can continue to study and believe that this will be a major discovery in exploring annihilation force, gravitational field, and S waves."

The second discovery is that the gravitational field penetrates the anti-gravity field, and there are too many places where imagination can diverge.

The conventional environment is a strong annihilation force field compared to the anti-gravity field, so what will happen if a strong S-wave is created?

According to theory, strong S-waves can be understood to a certain extent as strong annihilation force fields with directions. They are created to face a conventional annihilation force environment, which is also equivalent to a gravitational field facing an anti-gravity field.

The 'anti-gravity field' at this time is not a fixed small area, but an infinite area.

The entire universe is filled with such ‘anti-gravity fields’.

So, what happens?

Wang Hao and Paul Phil-Jones discussed and analyzed, "Maybe it can't be produced? Or is it squeezed and can only create a small field force?"

"The 'field force penetration phenomenon' will have a distance limit. When the 'penetration' reaches the limit, will it appear in a certain remote area?"

"or……"

They analyzed several possibilities in succession.

Paul Phil-Jones continued to think, and then glared suddenly, with a fanatical color in his eyes, "Wormhole technology?"

"Wormhole?"

"yes!"

Paul Phil-Jones nodded excitedly, "It's wormhole technology. Wang Hao, what you just said may appear after reaching a certain distance, doesn't it mean that it has crossed space?"

"A dark, directional strong annihilation force field appears here, and the same area appears again across the transcendent distance..."

"Isn't it wormhole technology?"

"The strong S wave penetrates space and reaches an area at a very long distance..."

"Uh~~~"

Wang Hao thought about it carefully and felt that it still made sense. What they said seemed to be very similar to wormholes.

He still shook his head, "It is indeed similar to wormhole technology, but it is just a similar situation. Strong S waves can penetrate, but it does not mean that matter can penetrate."

"It's still too far behind. We don't even have the foundation. For example, we still can't create a strong S wave."

"Then go and study it!"

When faced with research full of science fiction, Paul Phil Jones always behaves very enthusiastically, and he can't wait to start the next step of research.

…

Before starting the next step of research, the research team still needs to summarize the experimental situation, including continuing to improve the theoretical part.

This can help them analyze many problems.

For example, it is very clear that the gravitational field created by a conventional environment must be an S wave of conventional strength.

Even if there is no clear proof, it can still be judged.

For example, the gravitational field in the experiment, that is, the directional conventional S wave, did not enter the anti-gravity field, but penetrated the anti-gravity field.

Of course, there is also a possibility that the created anti-gravity field has a 'surface layer that isolates the S wave', but it is also very unusual, because matter or particles can easily enter the anti-gravity field, but the S wave is blocked. , itself has shown a difference.

"Be sure to pay attention..."

"Conventional wave particles and matter can enter the antigravity field, but S waves are blocked."

"This shows the special nature of s-wave. It cannot be understood in terms of waves or particles. We cannot even determine that s-wave has velocity properties. We still need to do experimental research to detect it."

The focus of theoretical research lies in the s wave.

The main direction of experimental research is how to create strong s-waves, conventional s-waves or gravitational fields, which are strong s-waves relative to anti-gravity fields, but what they want to create is strong s-waves relative to conventional force fields.

Then it must be connected to the strong annihilation field.

After proposing the concept of strong S-waves and combining it with experimental findings, the theoretical team made a judgment - the anti-gravity field can be understood as a 'weak S-wave region without direction', and the strong annihilation force field can be understood as 'strong without direction'. s-wave region'.

Now if we want to create a strong S-wave, we must contact the strong annihilation field, and we must involve the annihilation field experimental team.

When the theoretical research reached a certain level, Wang Hao decided to establish a large team to conduct research on strong S waves.

This large team includes the gravitational field research group, the annihilation field experimental group, the theoretical group, and the anti-gravity group for cooperation.

Qian Hongyu was thrown over.

The annihilation force field experimental team includes several generals including Wang Qiang, Xue Tao, and Zhang Junlei participating in the research.

The representatives of the anti-gravity group are Xiao Xinyu and Yan Jing.

In addition, there are Professor Xie Junli from the Superconducting Materials Research Center and Shen Huiming, who specializes in first-order radiation wave research.

etc.

After some discussion, Wang Hao decided to set the research base at the Annihilation Force Field Experimental Base, and wrote a project report and submitted it to the science and technology department.

The Annihilation Field Experiment Group and the Anti-Gravity Center have long become the 'richest' scientific research institutions. All internal research projects are funded by the institutions, and reports to the science and technology department are just 'work reports'.

It can also be simply understood as saying what technology you are researching and what projects you are working on so that the responsible science and technology department can understand.

That's all.

Of course, certain procedures still need to be followed, and the science and technology department also has the right to conduct project approval. With the signature of the science and technology department, it is equivalent to having an official witness, and you can go free to study.

Project applications sent by Wang Hao will be sent to Teacher Xu for review as soon as possible.

Teacher Xu glanced at the project application report and suddenly had doubts written all over his face, "Strong S-waves? What do you mean?"

"Is there any difference between strong and weak S waves?"

"Also...what does it mean to create a directional strong annihilation force field? Can a strong annihilation force field be connected with S-waves?"

Teacher Xu immediately sent the document to Academician Xue Jianping.

Xue Jianping is an academician from the military scientific research department. He has worked at the Science Foundation for three years and was just hired as a consultant to the science and technology department. He replaced Deng Huaizhen.

Academician Deng Huaizhen has left the science and technology department and returned to his university to engage in teaching work.

Xue Jianping also used his remaining heat.

He had just served as a consultant to the science and technology department, and he also hoped that he could perform well. After taking office, he filled in a lot of cutting-edge technology-related content.

For example, annihilation force field technology, annihilation particle technology, S wave, gravitational field technology, etc.

Although I don’t know the specific principles or the underlying mathematical logic, I still have a certain understanding of the technology itself.

Xue Jianping received the document from Teacher Xu. After reading it carefully for a long time, he went to Teacher Xu's office and said, "I read what you just sent. Strong S waves should be understood as strong gravitational fields, right? "

"I have seen the specific documents. The maximum magnification of the gravitational field created before does not exceed 2.5 times the earth's gravity."

"It's a strong S-wave now. It should be a very strong gravitational field, maybe dozens or hundreds of times?"

After he finished speaking, he praised, "As expected of Academician Wang Hao! With him, there seems to be no upper limit and no bottleneck in technology!"

"It has just been a while since we started studying strong gravitational fields!"

Teacher Xu nodded in understanding, and his eyes looked at Xue Jianping full of relief.

When Deng Huaizhen was in charge of the science and technology department, he could really be described as ignorant. Whenever Wang Hao sent a report, Deng Huaizhen didn't even know more than he did.

Now it was Xue Jianping who directly understood the research content of the new project.

This is great!

"Xue Jianping's level is still higher!"

Teacher Xu approved the project with emotion, then checked the time and prepared to attend the high-level meeting.

In the afternoon, Teacher Xu met Teacher Zhao and mentioned the project Wang Haoxin had applied for, "It's a big project. It studies gravitational fields tens or hundreds of times larger. It's very impressive!"

"When we have this technology, we..."

Teacher Xu couldn't figure out how to apply it, so he simply got stuck on what he was saying and touched the corners of his mouth in embarrassment.

Teacher Zhao wondered, "Creating such a high-magnification gravitational field? Wouldn't that cause gravitational collapse? I still know something about this."

He said, "For example, some stars will collapse because the gravity at the center is too strong."

"If we create a very strong gravitational force, will there be any accidents?"

Teacher Xu suddenly became worried.

They simply consulted a physics expert and learned about the effects of high-magnification gravity technology. They heard a lot of professional opinions, and the last thing that stayed in their minds was...

Could ultra-high-magnification gravity create a black hole?

"Isn't Academician Wang Hao studying the technology to create black holes?"

"Is he planning to use this technology as a weapon? This is too scary. The earth may be swallowed by then."

"Should we stop him?"

"Has that project been approved? It can't be passed...has it been approved? Do you want to go and see it together? This is really too dangerous."

"Don't you understand it wrong?"

"Impossible!" Teacher Xu said seriously, "Can what the old academician Xue Jianping said be false? Strong S waves are the technology to create super strong gravitational fields. Super strong gravitational fields, even if they do not mean the creation of black holes, are still very dangerous. "

Teacher Zhao also became serious.

The two discussed it carefully and decided to take time to go and have a look together, otherwise they would always feel uneasy.

The technology to create black holes is terrifying!

…

Wang Hao didn't know that his research had been misunderstood by Xue Jianping, Teacher Xu and Teacher Zhao.

Strong S-waves are not strong gravitational fields, they just create high-intensity S-waves.

Theoretically speaking, strong S waves will be repelled by the conventional environment and will not affect the conventional environment at all.

At the Annihilation Force Field Experiment Base, all research teams are in place.

This is the first time for some people to come to the annihilation force field experiment base. For example, Qian Hongyu, who has participated in the research of anti-gravity and is now responsible for the research of gravitational field technology, has not participated in the strong annihilation force field experiment. It is his first time to come here. The experimental base was also curious and visited around the base.

After everyone gathered, Wang Hao held a research meeting. Their goal was to study the 'strong S-wave', and they clearly pointed out two directions.

"One is based on gravitational field technology, testing the creation of directional S waves in a strong annihilation force field."

"When in a strong annihilation field environment, special S waves may be created using beta materials that are not affected by magnetization..."

"The second is to study methods to directly create directional strong S waves."

Creating directional strong S-waves is the same as gravitational field technology. Putting aside the anti-gravity (annihilation field) technology, directional strong S-waves are directly created.

This method is very difficult.

They were able to master gravitational field technology because they discovered a special gravitational field while studying the antigravity properties of materials.

Directly creating strong S-waves now is equivalent to developing technology from scratch. Even the specific performance after manufacturing is not known. Just like the discussion between Wang Hao and Paul Phil-Jones, if strong S-waves are created, what will happen? How about it?

Will strong S waves manifest themselves after being squeezed and restricted by the conventional environment, or will they appear at super long distances as soon as they appear, appearing in completely unknown other areas, or even in the universe?

This is all uncertain.

Therefore, more people are still optimistic about using gravitational field technology as a basis and trying to create strong S-wave directions in strong annihilation fields.

"If a strong S wave appears in a strong annihilation force field, it is likely to greatly increase the area of ​​the strong annihilation force field. We can also observe the force effects on matter in the strong annihilation force field."

"If it can be produced, it can be directly detected."

"Before the research officially begins, we still have to do another experiment to see whether the gravitational field can penetrate the strong annihilation force field."

Wang Hao explained the experimental work.

Experiments at the Antigravity Center have found that the gravitational field can penetrate the antigravity field, so can the gravitational field penetrate the strong annihilation force field?

No one has a definite answer.

But the experiment is still very simple, very similar to the previous experiment, except that the object is replaced by a strong annihilation force field.

Whether the experiment uses a four-fold weakening of the strong annihilation force field, or turns the gravitational field equipment ninety degrees, the two field forces will overlap to a certain extent, and then the equipment can be turned on.

Soon, the results were in.

At the experimental meeting, Yan Jing reported, “No squeezing of the field force was detected, and the strong annihilation force field does not seem to be affected by the gravitational field.”

"No field penetration was detected either."

"At the same time, in the overlapping field force area, the gravitational field did not play any role, no force was detected, and the magnetization properties of the material were not affected by the strong annihilation force field."

"On the whole, the gravitational field has no effect..."