It is now recognized in international physics that annihilation theory is the most cutting-edge direction.
Among them, the study of strong annihilation force can be said to be the frontier among frontiers, representing the future of physics research.
Theoretical physicists study the cutting-edge content of physics, so many theoretical physicists have invested in theoretical research on strong annihilation forces.
In the direction of strong annihilation force, the paper published by Helen and Chen Mengmeng proposed related concepts for the first time. Later, Wang Hao also published a research paper and held an international annihilation theory conference, disclosing the discovery of the edge effect of the superposition force field.
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That is the theoretical and experimental basis of the strong annihilation force.
When many top scholars devote themselves to a research, a hundred flowers bloom naturally in the academic field. There are many theories related to strong annihilation force, which even surprised Wang Hao.
These are all theories based on the annihilation theory, the theory of strong annihilation force, and experimental findings.
With many scholars involved, there will naturally be many disputes.
Some scholars study the basis of annihilation theory and research results related to strong annihilation force. They believe that strong annihilation force will appear in high-density planets, star centers or black holes. Research on superposition force fields believes that as long as the superposition intensity is high enough, using
The repulsive effect of the magnetic field on the strong annihilation force field can stimulate a special strong annihilation force field or cause some other effects.
Many theoretical directions have emerged, and naturally there will also be some worrying content.
For example, Professor Al Greed of Stanford University believes that unlimited superposition of strong annihilation fields is likely to cause unimaginable disasters.
"Disasters may come from the equipment itself. Every physical thing has two sides. Extremely increasing the annihilation force will lead to unpredictable consequences."
"For example, when a high compressive field force acts on air or matter, a huge explosion may occur."
"The existing annihilation theory basis believes that there may be many strong annihilation force fields in the universe, and strong annihilation force fields may exist in nebulae or black holes."
"Then increasing the superposition force field without limit will create a small black hole?"
"No one can guarantee this."
Al-Grader's point of view is somewhat convincing.
Now international scholars know that by increasing the superposition force field, new physical phenomena are likely to be discovered. As for what physical phenomena will be discovered, no one is sure.
So will a black hole be created?
No one can guarantee it.
There is no complete theory of strong annihilation force, only some theoretical foundations.
After the media reported on Al Greed's interview, Val Cronin's ongoing experimental research also aroused a large amount of public opposition.
They don't care about other things El Greed said, such as 'creating a black hole is just a theory', 'even if the theory is imperfect, the probability of creating a black hole is very small' and so on.
They believe that if it is possible to create a black hole, it is possible to create a 'doomsday'.
The natural way for the people of Amerikan to oppose is to gather together and carry out various protests.
This also puts more pressure on Val Cronin.
Fortunately, there is no pressure from the international physics community. On the contrary, a large number of top scholars are looking forward to new discoveries in his experimental research.
Regarding the experimental research on superposition force fields, the international physics community is divided into two groups.
One faction supports Val Cronin.
One group supports Wang Hao.
Compared with Val Cronin, there are more scholars who support Wang Hao, but most of them are neutrals, that is, they do not express any opinions.
This is mainly because Valgroen has really invested money in manufacturing large-scale superimposed force field equipment, and is also preparing to create a higher magnetic field.
Wang Hao, on the other hand, did nothing but expressed his attitude, ‘denying Val Cronin’s direction’.
Val Cronin was not in the mood to think about it that much, because a lot of investment had already been made, and the research was all-or-nothing for him.
This is not a small piece of research. It is just a superposition force field device, and the manufacturing cost exceeds 300 million US dollars.
Three hundred million dollars!
The annual funding of the Los Alamos Laboratory is less than three billion US dollars. The scale of the laboratory is really too large, including more than 3,000 contract personnel and more than 12,000 regular employees.
Val Cronin's experimental team has a total number of less than 200 people, and it costs 200 million US dollars to manufacture one device.
Without direct funding from the Department of Energy, they would certainly not be able to conduct experiments directly.
After spending so much money, if there is no progress in the experiment, Val Cronin will definitely bear the consequences.
The pressure Val Cronin faced can be imagined, and now he regrets taking over this position.
…
West Sea.
The second prototype of the anti-gravity aircraft is being manufactured, and Wang Hao's work is much freer. When he has time, he takes the time to visit the experimental base.
Although the prototype is still being manufactured, the experimental base is still very busy, and some shipped parts need to be debugged.
For example, the special storage coil produced by Superconducting Materials Industry Company.
Storage coils are not used directly. Each coil must be tested in advance to ensure that the quality and power of the coil meet the requirements.
These tests are very frequent and complex.
Wang Hao participated in the testing of the coil, but he mainly looked at the data. If there were no major problems, it didn't matter. Some minor problems discovered during the testing could be solved by other members of the team.
While he was watching the test data, he received a call from the Antigravity Research Center. He Yi said excitedly on the phone, "Academician Wang, we have made a discovery!"
"We've discovered what you want to see!"
Wang Hao understood it as soon as he heard it, and he immediately went to the Antigravity Behavior Research Center.
He Yi has been waiting for a long time.
At this time, he was standing in the experimental room, pointing to the anti-gravity high-pressure gas basic device and said, "A new mixed gas material has been shipped from the Superconducting Materials Research Center."
This chapter is not finished yet, please click on the next page to continue reading the exciting content! "You can look at the data..."
He Yi handed over a piece of data and continued, "We have tested it with basic anti-gravity equipment and determined that at three degrees higher than the transition temperature, the material shows anti-gravity properties, and the strength of the product is 3%.
Thirteen."
"When it reaches the transition temperature, the strength is thirty-six percent."
"Although the anti-gravity field created by the superconducting state is stronger, it should have met the requirements, right?"
After he finished speaking, he looked at Wang Hao.
Wang Hao was looking down at the information in his hand. The new material is a mixed material of hydrocarbon, hydrogen and sulfur. When pressurized to 40,000 times the standard atmospheric pressure, it achieves superconductivity with a transition temperature of about 213K.
This data is not high.
Normally, if the pressure is pressurized to 40,000 times standard atmospheric pressure and the transition temperature is 213k, then if the pressure is pressurized to more than one million times standard atmospheric pressure, room temperature superconductivity is likely to be achieved.
Of course.
A value of one million times the standard atmospheric pressure for superconducting is very difficult to achieve. Because the environmental requirements are too high, it cannot be tested using anti-gravity high-pressure hybrid material basic equipment. At the same time, it is impossible for them to create a very special one for one kind of material.
Special anti-gravity device.
That is something that makes no sense at all.
The most important thing is the experimental results. The mixed material, under an environment of 40,000 times the standard atmospheric pressure, activated anti-gravity characteristics and created an anti-gravity field of 33% at 216k before reaching the critical temperature.
"One more experiment!"
After Wang Hao read the data, he found that it indeed met the research requirements and immediately decided to conduct another experiment.
The laboratory was conducted using an anti-gravity high-pressure mixed material basic device, and it is very easy to conduct another experiment.
The next experiment will be carried out immediately in the experimental room, and the testing equipment inside will be running again.
soon.
New experimental data are calculated.
Wang Hao took it in his hand for the first time and found that compared with the previous data, there were only some acceptable deviations, and they were good deviations--
The intensity of the created anti-gravity field is closer to 34%.
No other data has changed.
"very good!"
To be continued...