What’s the meaning!
In the safe room.
Through the thick layer of radiation-proof glass, Wang Hao looked towards the large device in the center.
It was a superposition position manufacturing device. It was composed of four anti-gravity devices arranged in a square shape. Large magnetic field manufacturing devices were installed at the front and rear positions, blocking the central space. The operations inside could only be seen through the gaps.
Wang Hao frowned slightly, thinking about the news reported by Wang Shanqing just now.
Magnetization reaction enhanced?
Double, triple?
He really didn't expect that the first experiment to test the high magnetic field manufacturing device would lead to new discoveries, and it was a big discovery.
He Yi also heard Wang Shanqing's report. He also glanced outside, and then said thoughtfully, "The magnetization reaction has increased? Could it be that the strength of the strong annihilation force thin layer at the edge of the superimposed position has increased?"
Wang Hao continued to stare at the large device without moving his eyes, and said, "That is a possibility."
"Another possibility is that the thickness increases."
He looked at He Yi and explained, "We have analyzed it before, and the current edge area of ​​the superimposed force field cannot be said to create a strong annihilation force."
"One is the intermittent problem, and the other is the thickness problem. Only a thin layer is effective."
"I hope it's the latter. If it's an increase in thickness, we've solved the second problem."
"But if the thickness increases, and we continue to increase the magnetism or the superposition position, it is possible that the thickness will continue to increase. So Professor He, think about it, what will happen?"
He Yi also started thinking.
Wang Hao didn't give him much time. He just paused and continued, "In addition, this discovery is very easy. We just added a high magnetic field device."
"Over at Amrican, Philip Rodel has probably discovered it too, right?"
He Yi was surprised when he heard it, and nodded affirmatively, "They must have discovered it."
This is inevitable.
Now their experimental idea of ​​adding high magnetic field equipment to create strong magnetic fields comes from the new findings announced by Philip's team.
At the previous international antigravity conference, two new findings in antigravity research were announced. One is that superposition of the edge of the position causes a magnetization reaction in matter, which was announced by Wang Hao and Lin Wenji.
The other is Philippe Rohrer, who announced that high magnetic fields will cause a directional shift in the antigravity region.
The current research is to combine the two and study the effect of high magnetic field on the superimposed force field.
Philip Rohrer's team has previously discovered the impact of high magnetic fields on the antigravity region, and also knows the magnetization effect of superposition edges on matter. They will definitely do related research after returning.
They can prepare experiments faster because they already have a high magnetic field manufacturing device and only need to create more than two superimposed force fields.
"However, there is no relevant report internationally." He Yi said, "They don't want to make it public? However, it shouldn't be kept secret..."
"Now we know they're going to find something, and they know we're going to find something."
"They discovered it first. If they don't make it public, we may make it public, or other teams will make discoveries as long as they study carefully..."
Wang Haodao, "Normally we would be the second one. The anti-gravity fields created by other teams are not very strong. Just like the superimposed force field created by the team from the University of Florida, they can only barely detect the magnetization characteristics."
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"Even if a high-magnetic field device is added, the difference in magnetization effects is difficult to determine."
Wang Hao made a simple judgment and did not think about why Philip's team did not disclose the information. Instead, he thought about the principles and logic.
Although there are no definite results yet, he prefers that the magnetization effect increases because the thickness of the edge of the superimposed force field increases.
The reason is very simple, because a strong magnetic field increases the intensity of the annihilation force, which is theoretically unreasonable. It cannot be that a strong annihilation force can absorb magnetic field energy, right?
If it only increases the thickness, it can be explained with some logic.
Wang Hao and He Yi kept thinking and talking.
soon.
The experiment is over.
After all the equipment was shut down, they walked out of the safe house and went directly to the conference room to make a brief summary and wait for Wang Shanqing's test results.
Half an hour later, Wang Shanqing walked into the conference room excitedly with a report.
He sat down in his seat, then faced everyone's target and said with excitement, "We have tested in detail more than a dozen substances participating in the experiment."
"The magnetization effect of some substances is significantly enhanced; the magnetization effect of some substances is significantly weakened; there are two substances with only a weak magnetization reaction, and even no data can be detected at all."
"We classified these substances and combined them with the experimental process to find that whether the magnetization effect of the substances increases or decreases has nothing to do with the properties of the substances themselves. It is directly related to the direction and position of them passing through the superimposed force field."
"The magnetization effect of the material passing through the No. 2 side is significantly enhanced; the magnetization effect is significantly weakened at the No. 4 side."
"Through a simple comparison, we found that the direction in which the magnetization effect increases is perpendicular to the direction of the magnetic field."
"This is our current conclusion."
Although the magnetization effect and some inferences were only briefly introduced, the new discovery was undoubtedly very important, and everyone in the conference room started thinking about it.
Xiang Qiansheng said, "One side is weakened and the other side is strengthened, but it doesn't necessarily mean that the effect of strong annihilation force is enhanced, right?"
"Is this possible? Is it a shift in the area covered by the field force? Just like what Philip's team discovered, our intensity is higher and the force field is superimposed, so the anti-gravity field has shifted?"
This issue has also occurred to other people, and they expressed their opinions one after another, "It should be an offset, but the effect we detected is better."
"The field force region deviation is very weak. Professor Rohrer also said when he gave the report that the deviation is very weak."
"This shows that the deflection is directly related to the strong edge annihilation force."
"In other words, the magnetic field and the strong annihilation force interact directly? Two fields interact?"
"right!"
Wang Hao said one word with certainty, "I am more inclined to the theory of offset, but we still need more detailed molecular testing."
What he said was that the initial method of detecting a thin layer with strong annihilation force was to mark a fixed gas. From the air flow and density distribution captured, changes in the thin layer with strong annihilation force could be discovered to a certain extent.
The next experiment will begin soon.
After a series of preparations, the research center conducted a testing experiment that afternoon.
Through professional analysis of the images captured by the camera, they successfully discovered changes in the edge state of the superimposed force field.
To put it simply, the thin layer at the edge of the superimposed position can be imagined as an annular balloon. When the annular balloon is blown by strong wind (high magnetic field effect) from one side, the side facing the strong wind will become thinner, and the inner side will become thinner.
The gas is squeezed to the opposite side, and the side facing the strong wind will become thicker.
Because the force directions at each position are different, the thickness changes do not occur uniformly. Instead, some parts are bulged, and some parts are blown away to only a thin layer, even so thin that it can be ignored.
Its morphological change can be understood as ‘0——>C’. The side facing the wind direction can be ignored, while the other side has obvious thickening, and the closer it is to the center, the thicker it becomes.
This conclusion made Wang Hao's eyes light up.
His understanding of the annihilation theory is beyond what others can imagine. With the discovery of real experiments, he can easily come to a conclusion--
The strong annihilation force field and the magnetic field conflict, and when put together, they will produce a repulsive reaction.
The strong annihilation force field is repelled by the magnetic field!
In fact, the most basic principle can be understood in this way. Under the action of annihilation force, mass units are related, combined, and interact with each other to form three microscopic forces: electromagnetic force, strong force, and weak force.
The formation of every microscopic force is an expression of the 'resistance' of mass against the annihilation force.
If there is no such microscopic force, the existence of mass itself will be annihilated.
Magnetic field, which belongs to the category of electromagnetic force expression, has the same form of 'resistance' to the annihilation force, but the magnetic field is formed when the annihilation force squeezes the particles.
Now, an 'external' magnetic field has been suddenly created, which has adapted to the conventional annihilation force, but will have a 'repulsive' effect on the 'enhanced annihilation force'.
Of course, the underlying principle of conflict between field forces is very complicated.
Because there are no other relevant research findings and no in-depth research combined with microscopic theory, Wang Hao can only make simple inferences and understandings based on theory.
…
Los Alamos National Laboratory, Antigravity Experiment Group.
Philip Rohrer sat in front of the computer, looking at the latest experimental report, with a serious and serious expression. He then noticed the inquiry email from the Department of Energy officials, and put his hands on the keyboard for a while, not knowing.
How to reply.
Officials from the Department of Energy asked them about further research directions after making new discoveries, but Philip didn't know how to answer.
To be continued...