After the high-level meeting of flower growers made a decision, the plan was quickly implemented.
The first step is to officially disclose the information to the public through a press conference, and it is determined that two anti-gravity-related technologies will be disclosed, one is a lateral anti-gravity technology that is widely used in space, and the other is a conventional anti-gravity technology that creates regional external field forces.
After the press conference ended, some related actions also began.
The Antigravity Behavior Research Center has applied to register an international patent for the relevant technology, and will make the patent information public in the future.
Registering an international patent only confirms that the technology belongs to the Antigravity Behavior Research Center, and has no practical significance, because everyone knows that technology disclosure must be the decision of the flower grower.
The Superconducting Materials Industry Company issued an announcement and gave a brief introduction to the technology disclosure information. There are two anti-gravity technologies officially disclosed to the outside world. All enterprises, institutions and even individuals can view the information.
Among the two disclosed technologies, one is transverse anti-gravity technology, which can rely on a specific superconducting material to create a transverse anti-gravity field with a strength of 71%.
This strength has been demonstrated for a long time and is the result of research and analysis by Wang Hao and academicians of several academies of science and engineering.
When the lateral anti-gravity strength exceeds 70%, it reaches the critical line of barely being put into use.
If the lateral anti-gravity field continues to be enhanced, the benefits will of course continue to increase, and the benefits will only become very high when the field strength exceeds 85%.
This is mainly because the anti-gravity body itself takes up a lot of volume and weight, and also requires high-intensity electrical power to support its operation.
For example, anti-gravity maglev train.
Most of the weight of the train itself lies in the anti-gravity system. If the lateral anti-gravity strength is not up to standard, the benefits of using anti-gravity technology will be negative, and it is better to build a conventional maglev train.
When the anti-gravity strength reaches 85%, the efficiency will become very high.
Today's anti-gravity maglev trains can even generate positive profits, and the profits can cover operation and maintenance costs. Of course, the high manufacturing costs cause the main train lines to absolutely lose money.
The currently disclosed 71% lateral anti-gravity strength technology can barely be put into application, but a strength exceeding 70% is enough.
The other is conventional anti-gravity technology, which uses specific superconducting materials and produces a field strength of 59%. It cannot be put into application in most scenarios, and it mainly provides scientific research and technical support.
The flower grower announced the disclosure of two anti-gravity technologies, which aroused strong international response. Many international media reported on it, and it also caused more people to discuss it.
"Disclosing these two technologies will allow more companies, institutions and teams to participate in anti-gravity research."
"One is 71%. The strength is already very high. It can even be demonstrated to build an aircraft."
"Are flower growers crazy? They are disclosing such high-end technology!"
"It's amazing. I'm really looking forward to it."
"After the two technologies are made public, can we expect many applications related to anti-gravity technology?"
"..."
Most of the discussions in the international community are still related, but there are also groups that are directly affected.
For example, the second meeting of the Annihilation Physics Organization is underway in Los Alamos.
This meeting is very important. It is necessary to determine the funds invested by the participating teams and the disclosure of technical information. The meeting has been going on for about a week, but it is still far away from being finalized.
There are many conflicts of interest.
Every team hopes to fight for their rights and interests, and it is very difficult to balance the interests of all teams.
Generally speaking, similar meetings need to be held many times, and it may take several months or several years to fully finalize.
The American and Philip teams hope to finalize the deal as soon as possible, so they do not hesitate to consider selling some interests. Even so, negotiations with many teams have still not progressed, and formal meetings have made little progress.
At this time, information emerged internationally that flower growers wanted to disclose anti-gravity technology.
The meeting suddenly stopped going on.
Every participating team noticed the news and carefully studied the anti-gravity technology disclosed by the flower growers. They suddenly lost interest in continuing to participate in the meeting and joining some annihilation physics organization.
The reason is simple. The anti-gravity technology disclosed by the flower growers even exceeds the technology mastered by Philip's team.
The second meeting has determined the manufacturing technology for large-scale superimposed force field devices, which is provided by Philip's team and is capable of manufacturing 56% of conventional anti-gravity fields.
The highest technology mastered by Philip's team can produce 62% of the conventional field strength, but the cost of the highest technology is also very high. When used to manufacture multiple superimposed force field equipment, it will greatly increase the cost and also bring consequences to the equipment.
There is a risk of instability, so they provide relatively stable technology.
56%, the intensity is already very high.
The technology disclosed by flower growers now produces a conventional anti-gravity field with a strength of 59%, which has exceeded the so-called 'high-end' technology they have produced.
In addition, judging from the introductory information released by Superconducting Materials Industrial Company, the superconducting materials they provide are cheaper, and the anti-gravity equipment produced with them will naturally be much cheaper.
High technology, low cost...
In this case, Philip felt that it would be better to just use the technology of the flower growers. The so-called high-end technology they provided was not attractive at all.
Phillip suddenly became very embarrassed.
Several team leaders came over and asked directly, "Is it necessary to continue our meeting?"
"Or we should consider using the technology disclosed by flower growers to create superimposed force field equipment?"
This is where it gets awkward.
Philip took the lead in establishing the Annihilation Physics Organization, hoping to manufacture large-scale superimposed force field equipment to conduct in-depth research on strong annihilation forces. He also did not hesitate to disclose certain technologies and share them with the teams participating in the organization.
As a result, flower growers directly disclosed more advanced technologies.
The problem is that when they established the organization, they did not consider the research team of flower growers at all. As a result, they all spent funds together to use the technology of flower growers, and the main materials of the equipment needed to be imported from the flower growers?
Is there anything more embarrassing than this?
Other participating teams also have ideas. They feel that since they can already obtain better technology and the cost of use is lower, why should they conduct collaborative research?
Wouldn’t it be better to take the technology and study it yourself?
As for raising funds together to build large-scale superimposed force field equipment, why not cooperate with the flower growers, but let Amrican take the lead?
Now the technology disclosed and provided by Philip's team no longer has any appeal, and even if they want to take the lead, they can't find a reason.
Each team has its own ideas, and naturally the second meeting cannot proceed.
They didn't even discuss the time for the third meeting.
…
Academic groups are concerned about the anti-gravity technology itself. In fact, officials from various countries understand the reasons why flower growers disclose anti-gravity technology.
It's very simple, seize the market!
Now is the economic world. There are many technological research and development and many political-political games, the main purpose of which is to develop the economy.
The war is about money, and the purpose of the war is also money.
For example, Antarctica is a blank space, a land with no definite ownership.
But no country will send troops to occupy Antarctica, which is simply meaningless. The harsh and extremely cold environment of Antarctica is not suitable for engaging in most economic-related matters.
The purpose of all this is still economics and money.
The purpose of the flower grower's actions is also economic. The superconducting materials industry company was established to develop and create huge economic value.
The relevant technologies currently disclosed are directly related to the materials manufactured by Superconducting Materials Industrial Company. As long as you use the relevant technologies, you must purchase the materials.
In this regard, other countries have no solution, because the relevant material technologies are monopolistic and can be said to be unique, and there is no way to restrict or compete.
Countries are still paying attention to information related to anti-gravity aircraft.
The flower growers already knew that they had the most advanced anti-gravity technology, and they only wanted to seize the market for superconducting materials related to anti-gravity technology by disclosing the technology.
The anti-gravity aircraft is the latest and shocking news. At the same time, through the analysis of the exposure footage of the aircraft, many people have also concluded that the aircraft uses superconducting battery technology.
However, it is not 100% certain that the aircraft contains superconducting battery technology.
American formed a research team and invited many experts in aircraft, power, and energy to analyze this problem.
"The flower growers have not announced that they have mastered superconducting battery technology, so are there other possibilities for powering the aircraft?"
This question has caused a lot of discussion.
Experts from the research team also made various calculations and finally analyzed a result - it is possible without using superconducting battery technology.
Ben Salter-Jenson, a professor at the University of Pennsylvania and a professor of electricity, pointed out through calculations, "Use the most advanced battery technology to form a huge parallel system, and install the batteries in every gap of the flying saucer."
"Through this design, high electrical power can also be provided for anti-gravity systems."
"However, it doesn't last long, it can last up to three hours."
This conclusion is based on the results of a large number of calculations and has also been recognized by scholars in other related fields.
To be continued...