Anti-gravity is considered to be a future technology, and it has already achieved certain results, so it will naturally attract the attention of the whole world.
What Philip Rohrer said in a public interview was reported by the media in many countries.
Most foreign public opinion agrees with what Rohrer said, because Rohrer specializes in anti-gravity research, and his main direction is to enhance the strength of the anti-gravity field.
Only by working together can you understand your peers.
Needless to say, for ordinary people, even for some physicists, anti-gravity is still a mysterious technology. Only some reports have revealed that it is related to superconducting technology, but it is not clear how it is made.
Now we can only find some public information, involving professional manufacturing technology, and there is actually not much public information.
There are no more than ten experimental groups engaged in anti-gravity research internationally, and more than five of them were subsequently formed to conduct research after the technology was made public.
The most prominent among them are the domestic research team and the research team of the Amerikan Los Alamos Laboratory. They have disclosed relevant technologies together, and being able to cooperate in releasing information means that their technical levels should be similar, at least of some kind. To the extent that they can complement each other, they are teams at the same technology research and development stage.
Until now, it hasn’t actually been that long.
China's superconducting research direction seems to have been focusing on superconducting mechanisms and materials research, and has produced results one after another.
Rohrer's team has continuously disclosed its success in anti-gravity technology. The last time it was disclosed was to achieve 50% anti-gravity field strength based on high-temperature superconductivity.
This news is very important, because with this anti-gravity technology, the basic needs of applications have been met to a certain extent, which naturally opened up the competition for anti-gravity technology.
Afterwards, the Chinese team quickly announced that they had achieved a lateral force field supported by high-temperature superconducting materials and an ultra-high field strength of 70%.
Now that Rohrer's team has revealed that the results are fraudulent, are the results of the Chinese team real?
"It's very possible that it's also a lie!"
"It is already false news that high-temperature superconductors have achieved antigravity. The results released by the Chinese team are even more outrageous. Seventy percent? Transverse force field?"
"impossible."
"If such technology is available, direct application of anti-gravity can be achieved!"
"It can't be completely fake, right? It's all fake? Nothing at all?"
"Maybe the lateral force field is real? The direction of the force field is possible..."
"In short, the research and development results are very, very important!"
International public opinion is not optimistic about domestic anti-gravity achievements, which is actually normal, because domestic research and development has always been very mysterious, involving key technologies, many of which are confidential.
Confidentiality means that the progress is not made public. It is difficult to know the detailed information to what extent.
When the news spread to China, many people also expressed concerns, and they also felt that Rohrer was right.
Peers know their peers better. Rohrer's team has not realized anti-gravity technology based on high-temperature superconducting materials, and the difficulty is naturally conceivable.
So can domestic teams achieve it?
What's more, the results involve more than just a high-temperature superconducting material foundation, but also include a transverse force field and an ultra-high field strength of 70%.
"There must be moisture, but I don't know exactly how much."
"I believe that there are results, maybe on the basis of high-temperature superconductivity, maybe on the lateral force field."
"This technology was researched by Academician Wang Hao, and I still want to believe Academician Wang Hao."
"Not necessarily. The results have not been disclosed to the researchers. Wang Hao is mainly working on the superconducting mechanism..."
…
During the heated discussion, the Antigravity Behavior Research Center remained calm. They did not release any news and seemed not to care about the public opinion.
When there was no news, many people thought that the anti-gravity team was the 'default'.
In fact, the Anti-Gravity Behavior Research Center is entirely out of confidentiality considerations, and they have no right to disclose the results of their research to the outside world.
No matter what public opinion says, those involved in the study will not talk about any information related to the results to the outside world.
This is discipline.
In fact, the research center is also talking about this matter, but most of them are just joking. Xiang Qiansheng said, "We still underreported the results, and the results turned out to be false."
"Who would have thought of this? Amrican's results turned out to be fake. They didn't even realize the foundation of high-temperature superconductivity..."
"It's normal to think about it, they don't have ca005."
The last sentence was said by Wang Hao.
If ca005 had not been manufactured, it would not have been easy to realize anti-gravity technology based on high-temperature superconducting materials.
They have also experimented with other high-temperature superconducting materials before, such as iron-based superconducting with a critical temperature of 55K. As a result, several experiments failed to create an anti-gravity field at all.
One time I barely found out that the field strength was only about 1%.
This number is really miserable.
From this, Wang Hao can be sure that most high-temperature superconducting materials do not have good anti-gravity properties. It is normal that Ameriken has not been developed.
There are a lot of doubts in public opinion outside, but those who really understand the progress of R&D have a very good attitude.
Now they have confirmed the good news. Amrican's team has made very little progress in anti-gravity research and development. It is still stuck on technology based on low-temperature superconductivity, and the field strength it creates is only just over 100%. If it is fifty, it will naturally be impossible to implement the application.
Domestic anti-gravity research and development has already left Amriken far behind.
Two days later.
The Ministry of Science and Technology held large-scale conferences related to superconducting industrial companies.
The focus of the meeting was the development direction of superconducting industrial companies and the supply of materials for mass manufacturing.
The state has given absolute support to the Superconducting Materials Industrial Company, and the company has slowly entered the formal operation stage.
The first one to achieve mass production was ca005.
ca005 is very important for anti-gravity research and can be used for research and applications related to anti-gravity technology.
For example, the research and development of anti-gravity maglev trains will require a certain amount of ca005.
The Antigravity Behavior Research Center and related experimental groups preparing to study the application of antigravity technology will also make large purchases.
In the next step, Superconducting Materials Industrial Company is preparing to mass-produce cw001 and cw002, two high-temperature superconducting materials that can be used in some large-scale superconducting projects and are of great significance in the application of superconducting technology.
Including the aviation industry, space agencies, military, shipping companies, and military companies, they can provide large-volume orders.
Among them, experimental projects on superconducting technology will definitely be given priority.
Superconducting Materials Industrial Company has not officially started manufacturing cw001 and cw002, but it has already placed large-volume orders.
This news cannot be suppressed at all.
soon.
Some media revealed that Amrican and the European direction also intend to come over to inquire about news related to the superconducting materials industry company, and the leader of a country specifically came to discuss the issue of superconducting materials with China.
Obviously, other countries also hope to purchase new high-temperature superconducting materials.
Even if it is just for research purposes, purchasing new high-temperature superconducting materials is a must.
After this news came out, public opinion became relieved about superconducting materials.
When public opinion talked about the falsification of anti-gravity technology achievements before, some people even believed that the results of superconducting materials were also falsified to a certain extent. For example, no new materials with a transition temperature exceeding 120K have been developed at all.
Public opinion is now relieved.
Later, some surprising news came out, saying that a domestic research team on "anti-gravity maglev train" was formed, and the person leading the research was none other than Academician Liao Guangyuan.
"Anti-gravity magnetic levitation? Are you kidding me?"
"Anti-gravity maglev, that is, using anti-gravity technology to reduce the weight of the train? This can reduce the power supply to a certain extent..."
"However, antigravity manufacturing itself is to achieve a superconducting state, which will definitely consume a lot of electricity, right? It sounds like the gain outweighs the gain."
"However, anti-gravity magnetic levitation sounds very technological..."
"Liao Guangyuan, this is amazing! This academician is a maglev expert. He led the team to build the first superconducting maglev test train in China."
"Now build an anti-gravity train..."
Public opinion focuses on 'high technology', while scholars pay more attention to the 'anti-gravity maglev train' and its demonstrated technical level.
Very simple.
If it is possible to create an anti-gravity maglev train, there is no doubt that an anti-gravity lateral force field can be created.
In addition, the lateral force field created must also reach a certain level.
No matter how you do the calculations, fifty percent of the lateral anti-gravity field is the most basic requirement. Otherwise, as public opinion analyzes, anti-gravity manufacturing requires a large amount of electric energy, and manufacturing an anti-gravity maglev train is simply not possible. The gain outweighs the loss.
In this regard, professional scholars were interviewed and analyzed, "In terms of maglev train technology, superconducting maglev technology has been available for decades, and low-temperature superconductivity is the main technology."
"Using superconducting technology, we can create a strong magnetic field to make the train float when it reaches a certain speed."
"Now there are high-temperature superconducting materials with critical temperatures exceeding 120K. Normally, manufacturing superconducting maglev trains based on high-temperature superconducting materials can save a lot of money compared to the original ones, and subsequent implementation and maintenance will be easier. …”
"Here comes the problem."
"Now it seems that they have not chosen to build a superconducting maglev train, but are preparing to develop anti-gravity maglev technology. This shows that at least in theory, anti-gravity maglev is more likely to be realized, the construction and use costs are lower, and perhaps the performance will be superior... …”
"Why is this?"
"It's clear that anti-gravity technology has achieved great results."
"So I personally prefer that the domestic news about anti-gravity achievements is true..."
The scholars interviewed were quite famous, and after the report was released, it immediately aroused heated discussion among the public.
The research and development of the 'anti-gravity maglev train' is already public information. The Ministry of Science and Technology has officially approved the funding, and the information is available for direct review.
Domestic public opinion suddenly regained confidence in anti-gravity research, and many people participated in the discussion.
Domestic public opinion quickly spread abroad.
After it was confirmed that China had established the "anti-gravity maglev train" project, the pressure was put on the anti-gravity experimental team of the Los Alamos Laboratory.
Some media even loudly questioned, "Rohrer said that China's results were fake. Why did they establish the anti-gravity maglev train project?"
"If there is a project, it proves that anti-gravity can already be put into use. No matter how bad it is, we can definitely create a lateral force field based on high-temperature superconductivity."
"The above two technologies are not available to Rohrer's team..."
After Philip Rohrer learned the news, his face suddenly turned dark. Not only because of public opinion, he also felt the pressure from the Amerikan Energy Department.
Officials at the Ministry of Energy have similar views to ordinary people. They believe that they have a lot of talents and very high funding. Why are R&D results so inferior to those of China?
This is unreasonable!
Since the Chinese team can achieve so many results and is even preparing to put anti-gravity technology into application, normally speaking, Rohrer's team should also achieve certain results.
Even if it's not as good as the Chinese team, it can't be too far behind.
It's obviously much worse now.
Rohrer felt the pressure from the Department of Energy. If it were just public opinion, he wouldn't care too much. The Department of Energy is different. Their funds are all allocated by the Department of Energy, and the Department of Energy is also qualified to directly intervene in the project.
In other words, as long as the Ministry of Energy makes a decision, he can be fired directly on the grounds of 'lack of ability'.
“What would happen if we left Alamos Labs?”
Rohrer didn't need to think too much to know that it would be impossible for him to find a good job and retire early.
However, he hasn't reached retirement age yet and can still have a normal life for a few years.
Of course, Rohrer knew that the results released by China could not be completely false news. First of all, it was very possible to realize a horizontal force field.
In addition, the anti-gravity technology supported by high-temperature superconducting materials is likely to be real, because China has indeed developed superconducting materials with a critical temperature exceeding 120K.
As for the 70% high-intensity anti-gravity field...
It doesn't seem to be important anymore.
Rohrer feels depressed that whether it is public opinion or the Ministry of Energy, they are always compared with the Chinese team. The results are somewhat inferior, and a lot of doubts immediately arise.
But how could his research team compare to the Chinese team?
You know, the Chinese team has Wang Hao!
"If I could compare to Wang Hao, I wouldn't stay in the laboratory anymore..."
Laurel was depressed, but he knew he had to persevere. He thought about it carefully, suddenly his eyes lit up, and he immediately openly accepted the media interview and said, "I don't know about the anti-gravity maglev project, it sounds a bit fanciful. "
Of course he knew about the anti-gravity maglev project, but he just didn't want to admit it.
"They just released the news. Anyway, I didn't see the anti-gravity maglev train."
Next is the focus of the topic, "Perhaps you haven't noticed that Wang Hao's latest research, his research team released a result, the above conclusion is that at 50% anti-gravity intensity, the speed of light will be reduced by 100% More than a dozen points..."
"If they can create a 70% anti-gravity field, why not verify Wang Hao's theoretical results?"
"And this verification project is now being carried out by us!"
Laurel's meaning is very clear, that is, he publicly stated that they have anti-gravity technology that can create 50% of the field force, and they can also use this to verify the theory.
What kind of technology the Chinese team has, they just talk about it in words, and no real results have been seen at all.
This passage was quite convincing, and many people immediately began to question the achievements of the Chinese team again.
…
at the same time.
The superconducting systematic engineering project Wang Hao applied for has been submitted to the Ministry of Science and Technology based on the research on the properties of ca005 materials.
The Ministry of Science and Technology has known the news for a long time, and the leadership group attaches great importance to it, and they immediately held a meeting on it.
Since this is the project Wang Hao applied for, five billion in funding is not a problem at all. The content discussed at the meeting of the Ministry of Science and Technology mainly revolved around funding issues.
Five billion funds, put into large-scale engineering projects, is just a very ordinary project.
But when it comes to theoretical research, even the theoretical mechanism of superconductivity is definitely a huge number.
The meeting quickly came up with a plan.
More than half of the Science Foundation's support for the field of superconductivity will be invested in supporting new projects.
The Ministry of Science and Technology will also provide some funds.
The remaining funds can be provided through special fiscal appropriations and related corporate financing.
It is completely feasible for enterprises to raise funds, because the purpose of superconducting research itself is application. Some superconducting-related enterprises will naturally benefit from the development of superconducting technology.
The core of which is Superconducting Materials Company.
Part of the superconducting materials experimental group belongs to the Superconducting Materials Industrial Company, and can use part of the laboratory funds to support new superconducting theoretical research projects.
At the same time, the meeting also determined the allocation of projects.
A systematic engineering project with a funding of 5 billion cannot be completed by a single laboratory. The experimental plan has been clearly stated in the application, and most of the basic experiments can be completed with the assistance of other laboratories.
Therefore, some experimental projects were placed in the Science Foundation, which assigned them to other related experimental groups.
The Science Foundation has obtained a batch of basic research experimental projects, and the relevant research does not involve confidentiality, so it naturally made relevant public announcements.
These projects will be competed by experimental groups, scientific research institutions, etc. who have made reports in advance and joined the project.
Therefore, the names of experimental groups and scientific research institutions participating in the project have also been made public.
…
Sokai University, Antigravity Behavior Research Center.
The back row experimental base is undergoing long-term preparation for research. The reason why the research takes a long time to prepare is mainly due to the problem of power supply.
In order to ensure the smooth progress of the experiment, they even asked a power plant thirty kilometers away to provide special power supply to the laboratory. The reason was that this anti-gravity experiment took a relatively long time.
They want to study whether anti-gravity fields will cause damage to living things.
This aspect must be studied.
The anti-gravity field, to be precise, is an AC gravity field, and the environment created is completely different from that of high altitude where gravity is reduced.
Gravity in high altitudes decreases because the distance between physics and the earth becomes farther. According to the law of universal gravitation, as the distance becomes farther, the gravity experienced by objects will naturally be greatly reduced.
The principle of AC gravity field is to create a field force that reduces the annihilation force, that is, reduces the space squeezing characteristics.
When the squeezing characteristics of space are reduced, what changes is the space itself, rather than isolating the earth's gravity. To a certain extent, it is equivalent to reducing the quality of the matter in the space.
The reduction of space extrusion characteristics cannot directly cause the decomposition of matter, but it is likely to cause some changes within the matter.
If the strength of the anti-gravity field is low, it is difficult to have much impact. When the strength becomes very high, the impact may be great.
Now is the study of the characteristics of the antigravity field.
If it is proven that the anti-gravity plant has no direct or indirect impact on biological survival, first of all, anti-gravity technology can be directly used in the training of astronauts.
"Now it's the highest technology, and the manufacturing stance is 61 percent."
He Yi looked at the restless animals in cages above the equipment and said, "The upward force field has improved by 2% compared to the last time, but it is still not as good as the horizontal force field."
"cw001, is it effective?" Wang Hao asked about the superconducting material used.
Currently, ca005 is used to create a lateral force field, and ca002 is used to create an upward or downward force field.
Both materials cw001 and cw002 have very high superconducting critical temperatures, but their effects are very poor when used in antigravity research.
He Yi shook his head and said, "Neither cw001 nor cw002 works. We have tested it many times, and we can only create a force field of 2% at best."
Wang Hao nodded as he listened.
According to their theoretical research, the poor effect of superconducting materials in anti-gravity experiments means that the semi-topological microscopic morphology of the material is too 'smooth' and the shape is indeed close to a spherical structure, the worse the anti-gravity effect.
On the other hand, materials with smooth spherical shapes seem to have a relatively high superconducting critical temperature.
certainly.
This is not a clear comparison relationship. For example, ca005 has very good antigravity properties and the superconducting critical temperature is acceptable.
At this time, He Yi asked doubtfully, "Have you seen the news in public opinion? Why don't you consider using anti-gravity technology to verify the theory?"
"unnecessary."
Wang Hao shook his head and said, "I am convinced of my theory."
"Besides, my theory is not convincing even if I try to verify it myself."
"Right."
He Yi thinks about it too.
Even though the anti-gravity team helped verify Wang Hao's theoretical research, it was not trusted at all when it was published.
Moreover, the anti-gravity equipment is so large. It is also very challenging to design and measure the speed of light on it. You must find a professional optical team to carry out very detailed design. The time and funding required are both problematic.
If you are convinced that the research is correct, it will be worth the loss no matter how you think about it.
Wang Hao gave a brief explanation and continued to look at the anti-gravity equipment. He couldn't help but pursed his lips. He suddenly thought of a question.
The exchange of gravity is to create an area that reduces space compression.
So is it possible to create areas that increase space compression?
"If you can create a region that increases space compression, gravity will increase, the speed of light will increase, and the internal particles will become active..."
"Will the material be affected in it?"
"Maybe compressed?"
"When the time comes, will there be any characteristics?"
