Big test!
Until now, Wang Hao has not called the edge effect of the superimposed force field a 'strong annihilation force area'.
Other people, other organizations, and even some academic journals have already called it that.
Wang Hao never said this, because the thin layer at the edge of the superimposed force field, the distance becomes a "strong annihilation force area", and there is still a key condition missing, which is to solve the problem of field force intermittency.
What is field force intermittency?
This still has to start with ‘communication gravity’.
Antigravity is essentially AC gravity, and the word AC in AC gravity refers to alternating current.
The AC point is different from DC in that its direction changes over time.
Precisely because of the constant changes in direction, the microscopic morphology within the superconductor will continue to be topographed, just like a balloon that will inflate on its own, and the outside world will give intermittent pressure, squeezing, inflating, squeezing, and inflating again.
This continuous squeezing forms an anti-gravity field.
At the same time, it has also caused a problem. There is a strong annihilation force area at the edge of the anti-gravity field, and the effect is not continuous, but 'intermittent'.
To put it simply, one is a continuous force and the other is discontinuous, which results in discontinuity in the area effect of strong annihilation force.
If you want to create a truly strong annihilation force field, or if you want to rely on high magnetic fields to 'squeeze the area where the strong annihilation force acts to the extreme' and discover new phenomena, you must solve the problem of field force intermittency.
Obviously.
A very direct method that can be thought of is to create "DC gravity" based on DC electricity.
Direct current does not change periodically, and the anti-gravity field created based on this must be continuous.
However, the crux of the problem is that the creation of an anti-gravity field requires constant squeezing of the 'microscopic form', just like a balloon. Even if it can inflate itself, it can be suppressed by a continuous force, and self-inflation has no meaning.
, no anti-gravity field will be formed, and naturally there will be no strong annihilation force area.
The two are contradictory.
Wang Hao has been thinking about the intermittent problem, but he has not yet found a solution.
Other anti-gravity research groups in the world are not even aware of the 'intermittent problem', let alone solving it.
Now Philip Rohr has called for the establishment of an international organization for anti-gravity research. There is no doubt that he hopes to research in the direction of strong annihilation force. All they can do is to build large-scale superimposed force field equipment and create higher stability.
Magnetic field to increase the repulsion of the magnetic field to the edge of the superimposed force field.
The ultimate goal is to see some new phenomena.
Obviously.
This is impossible to do.
Wang Hao did not receive an invitation letter from the organization meeting. Not only did he not care, but he breathed a sigh of relief. Since he did not receive an invitation letter, there was no need to send anyone to attend the meeting.
If you really send people to attend the meeting, decide to raise funds together and do research toward the goal.
When the time comes, will you join or not?
If you join, you will waste a lot of money for unachievable goals, and you will also have to fight for the right to speak in the organization.
Don’t join…
Other experimental groups will definitely wonder, we are all doing research together, why don’t you join? Do you not want to contribute to the development of international science and technology?
Wang Hao felt relieved that he did not receive an invitation to the meeting.
Others don't think so.
The anti-gravity research group is not just an experimental group. It is backed by a connoisseur and all the leaders are concerned about anti-gravity research.
A leader called Wang Hao directly and asked about the organizational meeting initiated by Philip.
Wang Hao said, "Don't worry at all. Even if they study together, it doesn't make sense no matter how much money they invest."
"Why?" The senior leaders were puzzled.
Wang Hao affirmed, "Because their research direction lacks the necessary conditions, it is fundamentally wrong."
…
Wang Hao is not optimistic about the anti-gravity research organization initiated by Philip Laurel at all, but it is definitely a big deal internationally.
Anti-gravity research has always been the most popular direction. After a lot of reports and publicity, even an ordinary person knows that anti-gravity research represents the future of human science and technology. Many experimental teams have jointly established research organizations, which must be very attractive.
People's things.
The establishment of the organization this time was called by Philip Rohrer, and his team has a background in American, which means that it was called by American. The international influence of American must be recognized. The team that received the invitation letter
They all sent representatives, and even some national science and technology development officials, to attend the meeting.
Some teams are well-informed, and some teams are not.
Therefore, some representatives waited until before the meeting to find out that the florist team was not invited to the meeting, which made them feel very dissatisfied.
Annihilation physics was created by Wang Hao. His contribution to annihilation physics alone can even be said to far exceed that of the others combined.
The anti-gravity phenomenon is indeed the theory originally published by American scientists, and was later discovered by a Dutch team conducting superconducting experiments. However, the anti-gravity phenomenon is directly related to annihilation physics. The relevant research and related technologies are also attributed to Wang Hao
The team has the most say.
Under such circumstances, when an international anti-gravity organization was established, Wang Hao's team was not invited?
no doubt.
Nowadays, the so-called establishment of an "international research organization" is no longer purely academic, but has been added to the factors of national disputes, and it occupies a large factor.
Immediately, a team representative went to question Philip Rohrer, but Philip Rohrer could only conclude that he could not solve it. He also said, "I am a pure scholar, and everyone knows it."
"I have no say in the organizational meeting. I just call for the establishment of an organization and hope that more people will join us to study together."
"We have been very clear on the research direction."
In order to increase his persuasiveness, he even revealed the content to be disclosed in the meeting in advance, "The reason why we called for the establishment of a research organization is because of the major discoveries in the experiment, which are the content published in scientific magazines. We will be more confident if we disclose it publicly, and even
It’s concrete data.”
"Everyone should know how amazing and remarkable that discovery was..."
The experimental findings published in Science magazine have indeed aroused heated discussions internationally.
Each anti-gravity team also knows very well what a discovery of that level represents. As long as they do further research, they are likely to make new discoveries.
New discoveries are likely to represent new technologies.
This is different from the study of particle collisions. The purpose of the study of particle collisions is to improve the standard model of particles, which is the study of quantum physics and microphysics.
If we want to connect with real technology, the most we can do is to create quantum computers and develop quantum technology.
However, there are many problems in quantum technology. There are already many quantum computers, but they will not be widely used in a short time.
In addition, fundamentally speaking, there is no direct connection between the development of quantum technology and the study of particle collisions. The relevant theories, even without the study of particle collisions, are sufficient to support the development of quantum technology.
The research on antigravity and strong annihilation force is different.
Antigravity is a technology that can be used directly, and strong annihilation force is also effective. For example, it can directly cause a magnetization reaction in matter.
This is just the initial discovery.
When a physical phenomenon is discovered, there will definitely be a strong explosive period in the following ten years, and many new phenomena will be discovered.
Then the future research on strong annihilation force is likely to be directly linked to human technology.
Now the strong annihilation force is connected to the high magnetic field. We can figure out the relationship between the two and discover new physical phenomena through experiments. We can even associate the application of strong annihilation force technology.
When Philip said that he would disclose the specific data found in the research, he naturally attracted all the teams and made them look forward to the meeting.
Those team representatives who felt dissatisfied could only suppress their dissatisfaction and look forward to the meeting.
at the meeting.
Philip Rohrer kept his word and disclosed the specific data discovered by the experiment so that everyone could have a more intuitive understanding of their findings.
They made full preparations for this, and also established a morphological model of thin layer transformation with strong annihilation force, which caused a lot of discussion at the venue.
What Philip Rohrer can think of, others can certainly think of.
"Look at this morphological change model. If the magnetic field intensity is increased or the force field intensity is superimposed, will the convex part erupt?"
"Perhaps it can be like launching something to squeeze out the strong annihilation field?"
To be continued...