Large monitoring room.
Wang Hao ordered the experiment to be suspended, and then took out a piece of information and handed it to Xu Baogong, "This is my judgment on the experimental process."
Xu Baogong took the information in a daze.
He originally thought that there was a big problem in the experiment, but he was really surprised when he heard that everything was as expected.
He took a deep breath and looked down at the information. Within a few seconds, he couldn't help but grin, "This..."
A leader next to him also looked over and immediately understood Xu Baogong's embarrassment.
Can not Understand it!
There are a lot of mathematical arguments, a lot of special symbols and formulas on it, which to them is like an alien language, without even a Chinese explanation.
Xu Baogong coughed, handed the information to Deng Jian, and said, "Professor Deng, take a look!"
Deng Jian took the information and read it.
Zhao Taoran also came over.
They are all leaders of the anti-gravity experiment team and are top scholars in the field of mathematical physics. They have in-depth understanding of both annihilation theory and anti-gravity technology.
After receiving the information, they studied it carefully and knew what the information contained.
Those are some mathematical derivation related to the strong annihilation force, which also involves the basis of annihilation theory, magnetic field, etc., followed by discussions related to electrons.
Most of these discussions are mathematical expressions. Simply put, they analyze the strong annihilation force mathematically and describe the experimental process.
Although I know the general content of the information, you still need to study it carefully if you want to fully understand it.
The two of them studied together for more than ten minutes and were still discussing a problem. Others couldn't wait any longer.
He Yi simply went over to take a look, and listened to the discussion between the two and said, "This formula talks about the changing process of the intensity of the annihilation force."
"Look at this function, 'γ' directly represents the numerical value..."
As he spoke, he explained some professional mathematics.
Deng Jian and Zhao Yanran suddenly realized, "So that's it. I thought it was describing a magnetic field just now, but it felt a little weird."
"According to the trend of this function, the repulsive effect of high magnetic field will continue to increase the intensity of the annihilation force?"
"That's right."
He Yi continued to interpret, "The following part describes the increase in magnification, but there are three unknowns, and they are uncertain, so there is only a simple description."
"It should be because there is no basic theory. There are still some shortcomings in the annihilation theory. For the time being, we can only define the conventional annihilation force as '1'."
"Even if it is a reference, the added part is still..."
While He Yi continued to explain, everyone in the room was listening. Interested scholars came closer, while others moved aside.
Xu Baogong pulled Wang Hao and said with emotion, "Professor He's skills are very good!"
Although he is a pure layman, it can be seen that He Yi can immediately analyze the information after seeing it, and it is obvious that He Yi has not read the information.
Deng Jian and Zhao Baran could also understand the content, but they had only a partial understanding of some of the content and needed discussion to determine it.
So He Yi was doing most of the explaining, and the two of them just followed and understood.
Wang Hao nodded and briefly commented, "Professor He's skills are not bad."
If it were a few years ago, He Yi would have been just a physics professor with some level of experience, but it is different now. He has been doing research with Wang Hao, and he has also worked very hard to learn and accumulate, both in terms of experimental ability and research depth.
All are constantly improving.
In the direction of anti-gravity technology and annihilation theory, He Yi has been conducting related research. His level is naturally impeccable. It is difficult for others to match his accumulation of relevant knowledge and theories.
For example, Deng Jian and Zhao Baoran.
They are all top scholars in the field of physics, but because they did not focus on studying annihilation theory before, and it is not like He Yi has always been at the forefront of technology, they are naturally far behind in comparison.
Xu Baogong couldn't help but nodded after listening to He Yi's explanation.
In terms of talents, we must pay attention, especially in the direction of anti-gravity and annihilation theory. Every talent is very important.
When he mentioned antigravity-related research before, he could immediately think of Wang Hao. He felt that all research was directly related to Wang Hao.
When setting up other anti-gravity experiment teams, we also considered letting other scholars serve as leaders. We did not expect them to produce any results, as long as they could cooperate with the research of Wang Hao's team.
Now he discovered that his idea was wrong, because the Anti-Gravity Mindset Research Center specializes in related research. In the past few years, the scholars who have followed the research together can be said to be talents in anti-gravity and annihilation theory.
These people are all piled up in the Antigravity Behavior Research Center, which seems to be a bit of a waste.
For example, like He Yi.
If top scholars in the fields of annihilation theory and anti-gravity technology serve as leaders of other anti-gravity experimental teams, they may be able to improve the level of other experimental teams and thus play a greater role.
While Xu Baogong was thinking about talent issues, He Yi was constantly explaining the contents of the materials.
Wang Hao used mathematical methods to describe the experimental theoretical derivation and process in the data. The first part talked about the relationship between the annihilation force and the magnetic field.
Under the action of the annihilation force, the magnetic field is excited, and the magnetic field is excited in a conventional annihilation force environment. When faced with a stronger annihilation force, a field force repulsion effect will occur.
The field force repulsion effect is directional.
Current experiments can describe the strong annihilation force field as an annular balloon with a very soft surface texture. The middle ring of the annular balloon is fixed. The high magnetic field is like stimulating a 'strong wind', which blows the balloon laterally.
In this case, the side of the annular balloon facing the wind direction will definitely become thinner, and the air inside will be blown to the other side. The other side will thicken accordingly, and form a convex at the opposite position.
rise.
The difference between the strong annihilation force field being affected by the magnetic field and the balloon being affected by the wind is that the balloon is affected by the wind in one direction, at most the force on the surface, while the magnetic field fills all space, and the strong annihilation force field is affected by all the forces inside and outside.
The side 'bump' effect is naturally very strong.
In a high magnetic field environment, one side of the strong annihilation force field will be so thin that it can be ignored, while the other side will be affected and even become a 'cone', but it will not form a tip.
After He Yi finished explaining this part, Wang Hao suddenly said, "Professor He is right."
"I would like to add here that the strong annihilation force field is not like an anti-gravity field. The intensity of the annihilation force is the same at every location in the area. On the contrary, the intensity may be different at each location."
"Like a cone-shaped structure, the tip has the highest intensity. This is the effect of the magnetic field."
"In the experiment just now, the front part of the cone-shaped structure touched the electronic equipment, because the strong annihilation force will increase the activity of electrons, resulting in an instantaneous current overload, causing the electronic equipment to directly malfunction."
"This result is stronger than I expected. I didn't expect that the intensity of the annihilation force would increase so high."
The others listened with understanding and immediately asked various questions, which Wang Hao patiently answered.
The experiment is now over.
Although the No. 2 equipment malfunctioned during the experiment, it was generally expected.
The experiment verified the theoretical derivation and also brought the most important data.
They can analyze many conclusions based on data.
The first important thing is the direction of the repulsive effect of the magnetic field on the strong annihilation force field.
The second is the issue of increasing the intensity of the strong annihilation force field.
This issue requires more experiments to draw a conclusion, because the only relatively accurate way for them to detect the strength of the annihilation force is to rely on the magnetization reaction data of the test substance.
】
soon.
The experiment made new discoveries.
That was Wang Shanqing's test report. After the No. 2 equipment was damaged and the experiment was suspended, some staff immediately cut off the line that contacted the strong annihilation force field.
Those lines were in contact with a strong annihilation force field, which caused equipment damage. Contact with a strong annihilation force field would of course produce a magnetization reaction.
These are all experimental results.
After the line was sent for inspection, Wang Shanqing discovered that the wires inside had an abnormally high magnetization reaction, and some parts were even damaged.
It was a bit like metal being melted, but after careful inspection, it was found that it was not just metal melting, but some parts seemed to be abnormal.
Wang Shanqing explained, "This abnormality is not caused by melting metal."
"Academician Wang, look at this picture." He pointed to the computer screen and said, "It is a high-magnification picture of the damaged part. Do you see the light spot area inside? If the metal melted, it is unlikely that these light spots would appear.
"
"But what it is cannot be determined for the time being, and more detailed testing is needed."
To be continued...