From University Lecturer to Chief Academician

Regarding the ideas of Paul Phil-Jones, Chen Mengmeng and others, Wang Hao made a simple summary and explained further ideas, which even directly involved experimental verification.

He made a direct judgment, "Annihilation force and S wave are closely related."

They are so closely related that they can even be considered to be the same thing.

For example, the earth and its gravity.

The existence of the earth itself creates the gravity of the earth, and the two are closely related.

Wang Hao even used a very straightforward sentence to describe, "If the research is correct, the S wave is likely to be the source of the annihilation force, or it can be understood that the intensity of the S wave is the intensity of the annihilation force."

This sentence links the annihilation force, space and S-wave.

If it is proven that there is an upgraded S wave, or understood as a ‘higher intensity S wave’, to a certain extent, it can be proven that there is a great correlation between the annihilation force and the S wave.

How to prove it?

A strong annihilation force field is a strong annihilation force field relative to the conventional environment; the antigravity field itself is a weak annihilation force field, so the conventional environment is also a strong annihilation force field relative to the antigravity field.

They can already create a gravitational field in a regular environment. If the created regular gravitational field can interfere with the anti-gravity field, it will already be able to prove a lot of things.

First of all, it is proved that there is an 'ascended or reduced-order S wave', or it can be labeled that there is a difference in intensity of the S wave.

From the perspective of different strengths of the annihilation force field, it is more appropriate to use 'different intensity S waves' as a way of expression, because upgrading and downgrading are numerical jumps that reach a certain level, and the intensity of the annihilation force field has linear properties (can Create annihilation force fields of various values).

Only if there is a difference in intensity between S waves, and the gravitational field excites S waves in a fixed direction, can it have an effect on the antigravity field.

on the contrary.

In the annihilation force field of various strengths, the S-wave intensity is consistent. The excited gravitational field naturally cannot affect the anti-gravity field. At most, it can only cause the anti-gravity field area to have a 'directional attribute'.

In addition, it can also be explained to a certain extent that the annihilation force field, like the conventional environment, is also a field force area created or existed by S-wave support.

Or it can be understood that the annihilation force field area is a special area formed by creating 'differential intensity S-wave scattering'.

This is the correlation between annihilation force and S wave.

The annihilation force is not necessarily exactly the same as the S wave, but it is directly related to the intensity of the S wave. The strong annihilation force field is the field force area supported by the high intensity S wave, and the antigravity field is the field force area supported by the weakened S wave.

"Because of this, the mission of 'Regional strong annihilation force releases F-rays' will increase a lot of inspiration value!"

Although the experiment has not yet started, Wang Hao already knows the result. The gravitational field will definitely interact with the anti-gravity field, but he does not know what the specific effect is. It is a very direct squeeze, or it may enter the field force area to 'escape' Or 'downgrade'?

This depends on the specific experiment.

In experiments, there are many factors that can affect the results, including the direction of the gravitational field, the strength of the gravitational field, the strength of the anti-gravity field, etc.

The theory group is already looking forward to the experiment.

After a discussion, they immediately went to the Anti-Gravity Center together and found Xiao Xinyu, the deputy director of the center.

The Anti-Gravity Center has a director, He Yi, and four deputy directors. Xiao Xinyu is one of them. He is not the highest-level or the oldest, but he is the oldest.

Xiao Xinyu is a veteran of the Anti-Gravity Center, a figure who grew up with He Yi and Yan Jing.

He participated in the original anti-gravity replica experiment, participated in the research of F-rays, participated in the research of strong annihilation force fields, and even participated in the research of superconducting materials, etc., but he played a small role in the research.

Despite this, it was enough for Xiao Xinyu to obtain rich qualifications.

Now Xiao Xinyu is also a senior figure in the Anti-Gravity Center. He is also involved in the research of gravitational fields, but he does not follow the research team to the experimental base. He Yi and Qian Hongyu are not at the Anti-Gravity Center. Xiao Xinyu is the direct person in charge of relevant research. .

Wang Hao found Xiao Xinyu, and then found Yan Jing in the data center on the second floor.

In the past two years, Yan Jing has gradually faded away from research work and devoted most of her energy to the compilation of experimental data and project data.

This is also a good choice.

The current research is too difficult for Yan Jing to play a direct role. She has participated in many studies and has also served as Wang Hao's assistant. She is very good at doing experimental data statistics and management work.

Although Yan Jing has faded away from research work, she still has strong experimental abilities and is qualified to participate in various studies.

Therefore, Xiao Xinyu and Yan Jing were responsible for the experiment.

The two were shocked when they heard the contents of the experiment. They didn't know much about theory, but they knew about anti-gravity technology and gravitational field technology. Yan Jing asked in confusion, "Gravity field, anti-gravity field? Can they exist?" Does it matter?"

"There will be an interaction between the two field forces..."

"This is really unexpected!"

Not to mention that Yan Jing could not think of it, even Wang Hao only came up with the idea of ​​conducting the experiment after listening to the ideas of Paul and several students.

Yan Jing thought about it carefully and continued, "But that's right. The gravitational field was discovered in the process of studying anti-gravity fields. To be precise, it was to verify the anti-gravity properties of materials."

"So it's normal that the field force is related."

Paul Phil-Jones and several students did not know how the gravitational field was discovered. When they heard Yan Jing's statement, their eyes suddenly lit up and they were even more looking forward to the experiment.

The experiment is relatively simple, which is to create two kinds of field forces and make contact, and then observe the specific effects.

Wang Hao immediately held an experimental meeting and quickly came up with a specific plan.

The anti-gravity center has high-end anti-gravity and gravitational field manufacturing equipment. Both equipment are placed horizontally, and the field forces produced are also above the equipment platform. They decided to turn the gravitational field equipment ninety degrees so that the direction of the platform is facing the target. Created anti-gravity field.

"In this way, part of the gravitational field created will overlap with the anti-gravity field."

"The extended range of the gravitational field, the far point is approximately at the center of the anti-gravity field."

Yan Jing explained.

The experiment decided to create twice the gravitational field and an anti-gravity field with 70% of the field strength.

After the experimental meeting, a group of people immediately went to the experimental room. Wang Hao and other members of the theoretical team stood on the periphery, watching several researchers debug and test the equipment.

Wang Hao and Paul Phil-Jones discussed, "If our idea is correct, then it can be understood that low-intensity S waves form an antigravity field, upgraded S waves form a strong annihilation force field, and conventional waves form gravitational field."

"Low-intensity S-waves and high-intensity S-waves are easier to produce, but it is difficult to maintain conventional data, so gravitational field technology is more difficult."

Paul Phil-Jones said, "Another difference is that the conventional S-wave production site has a direction."

"But it can be understood as scattering."

Wang Hao said a special word. He explained, "Imagine that there is a fixed light source in a fixed room. Except for the direction facing the light source, the light intensity in other parts of the room will be very similar."

"It's caused by the scattering of light."

"Anti-gravity fields and strong annihilation force fields have no direction, so they can be understood as chaotic S waves that spread out in all directions."

"A directional S wave is like a beam of light hitting a smooth surface, and most of the energy will be reflected to form another light."

Wang Haodao, "In addition, if conventional S-waves appear in the form of scattering, we will not be able to detect them at all."

Paul Phil-Jones nodded vigorously, "Just create a regular annihilation force field in a certain area, and nothing will happen. So what we discovered is a gravitational field with direction."

"From this perspective, the directional gravitational field is a 'refined' technology, while the annihilation field is just a 'rough' technology."

Wang Hao smiled and said, "Your metaphor makes me feel that our strong annihilation field technology is very poor..."

Others laughed too.

Amidst the chatter and laughter of several people, the testing of the equipment has been completed, and the experiment can begin.

Everyone is looking forward to it.

Yan Jing arranged for the detection device to be arranged, then came over and said to Wang Hao, "Academician Wang is ready to start the experiment. Let's go to the safe room."

"ah?"

Wang Hao was stunned for a moment.

Yan Jing said seriously, "Academician Wang, this is a brand new experiment, no one knows what will happen."

"Your safety is paramount!"

She said it so seriously that Wang Hao couldn't refuse.

Paul Phil-Jones smiled and said, "Wang Hao, you'd better go there quickly, your safety is the most important."

Chen Mengmeng nodded, "Yes, Teacher Wang, your safety is the most important thing, no accidents can happen."

Helen also followed, "Teacher Wang, your safety is more important than anything else."

Ding Zhiqiang also looked over here, his eyes expressing the same meaning.

Wang Hao pulled the corner of his mouth hard, feeling the depression of "Dafa is good for you". He felt that he had been morally kidnapped. A group of people were saying it was for his own good, but in the end they could watch the experiment.

this……

Wang Hao gritted his teeth bitterly, "Paul, you are also very important. You are one of the greatest physicists in the world!"

Yan Jing immediately said, "Yes, Professor Jones, you are also very important. For your personal safety, just go to the safe room with Academician Wang and wait."

She turned to look at the three students and said, "Professor Chen, Professor Hinton, Professor Ding..."

"..."

A group of people looked at me, and I looked at you, and in the end they could only go to the safe house with depression.

The new experiments are indeed fascinating.

Even in the safe house, Paul was still trying to look out of the glass hole. The angle of the glass hole was very bad and he could only see a small area. But he still squeezed in front of the glass hole and stared. He also said Plausibly, "If there is strong light, it will hurt my eyes. I am not important."

This was the first time that Wang Hao discovered that Paul was so sinister.

The other three students couldn't fight for it, so they just sat around and waited. For fear of disturbing the experiment, they couldn't even use their mobile phones and could only stare at each other.

wait.

Or wait...

Paul stood in front of the glass hole for a long time, his feet were tired from standing, but he still didn't see anything.

of course.

In fact, you can't see anything even if you stand outside. Whether it is a gravitational field or an anti-gravity field, you can only know its existence through detection equipment, and you cannot see it with your eyes.

After waiting for half an hour, Yan Jing came over and opened the door, "Okay, it should be safe."

Several people immediately swarmed out.

They stood in the distance and looked at the central field force position, but still found nothing.

Ding Zhiqiang made a small suggestion, "How about we wait on the second floor?"

"also."

"There's nothing here."

"All right."

They went to the conference room together.

The results that can be obtained from the experiment are a lot of detection data, and most of the detection data are the values ​​​​on the detection device. Whether it is a gravitational field or an anti-gravity field, there is nothing special about the measurement.

soon.

Yan Jing came to the conference room with a large stack of documents. The document in her hand was the printed report of the test results.

Her expression was solemn and serious.

Just looking at Yan Jing's expression, one could tell that it was unusual, and everyone else suddenly became serious.

"Academician Wang, we have made a great discovery!"

Yan Jing put the file on the table, said something forcefully, then took out a data file and said, "The experiment got very magical results."

"First, the edge of the anti-gravity field was squeezed inward by about 5 centimeters. At the same time, bulges appeared on both sides of the field."

"In other words, the volume of the antigravity field region has basically not changed. We conducted further measurements and reached the same conclusion after rough calculations."

This result is surprising.

The anti-gravity field is a semi-spherical area. After one side is squeezed, bulges appear on both sides, which also keeps the volume of the area covered by the field force unchanged.

"This is similar to magnetic field interference, but a single-sided magnetic field also reduces the volume of the field force!"

Whether it is an antigravity field or a strong annihilation force field, it can interact with the magnetic field, which is the phenomenon of 'magnetic field squeeze'.

‘Magnetic field squeezing’ will enhance the strength of the field, and the strength of the field will also increase as a result.

The interference effect of the gravitational field is different. The field force seems to be squeezed from one side, but just like a balloon, after one side is squeezed, bulges appear in other locations.

This is very unusual.

At the same time, the theory team also felt a little excited, because the interference of the gravitational field on the anti-gravity field proved their idea.

This is the result they want to see.

Yan Jing was still a little excited. She continued, "This is not the biggest discovery." With one sentence, she pulled the others over.

"We found that the gravitational field not only squeezes the anti-gravity field, but also penetrates the anti-gravity field."

"The area where the gravitational field and the anti-gravity field overlap, that is, the area where the gravitational field should exist, does not detect the gravitational field. Instead, a large gravitational field area is detected behind the anti-gravity field..."

"It's like the anti-gravity field has been penetrated!"