The normal-temperature antigravity materials and technologies announced by Superconducting Materials Industrial Company have greatly enhanced the confidence of the main core team of the "Groom Lake Project".
There were still disputes among them before.
Some scholars support focusing on other areas, such as continuing research in the direction of the International Annihilation Theory Organization.
This direction is very stable, and you can at least make progress by doing research step by step.
However, after normal temperature anti-gravity was made public, many scholars' ideas also changed. They all believed that they had chosen the right direction.
In fact, there are two main aspects that affect decision-making, one is funding and the other is competitive pressure.
If the plan has enough funding support, they will be able to conduct research in multiple directions, and they will definitely not give up on the direction of stable progress.
In the case of insufficient funds, they can only choose one main direction.
The other is competitive pressure.
The competitive pressure brought by Wang Hao's team is too great.
As a century-old hegemon in the international scientific and technological field, lagging behind in new technological fields has a huge impact.
They naturally hope to catch up quickly.
The research direction of the International Annihilation Theory Organization is indeed very stable. As long as continuous investment is made, results will be harvested, but the speed of progress can also be expected.
With this direction as the main research direction, it will take at least five years to catch up with Wang Hao's team's technology.
This is unacceptable to some people.
Five years is too long.
Gamov-Shapley's speech was very popular, "The research by Wang Hao's team did not take five years, but it took us five years to catch up?"
"why?"
"This only shows that we are going in the wrong direction!"
Now Gamov-Shapley has even more support.
The "Groom Lake Project" has just begun to be implemented, but some cooperative laboratories have already submitted experimental reports. They have discovered that upgraded elements can effectively increase the temperature threshold for creating an anti-gravity field.
This is important.
The reason why high-pressure hybrid materials are selected for the production of strong annihilation force fields is because high-pressure hybrid materials can excite antigravity fields when they are close to the superconducting state.
If the antigravity field is excited in the superconducting state, then there will only be a small amount of magnetization effect after superposition, but no strong annihilation force field will be generated.
This is confirmed by experiments.
The Los Alamos Laboratory, which first studied anti-gravity technology, had a lot of experimental data, and they created equipment by superimposing positions.
At that time, the anti-gravity technology they mastered could create a field force with a strength of more than 60%.
To do a simple calculation, 60% multiplied by 2 is 120%, which has reached the critical line of stimulating and generating a strong annihilation force field - 100%.
The antigravity field strength produced by each device of the International Annihilation Theory Organization's four-fold superposition field equipment is 28.8%, and the four-fold superposition is only 115.2%.
The total superimposed strength of 115.2% creates a strong annihilation force field with a strength of about 4.0.
Now that the upgraded elements can stimulate an anti-gravity field before reaching the superconducting state, they have the anti-gravity properties of high-pressure hybrid materials, and are naturally considered to be able to replace high-pressure hybrid materials.
Gamov Shapley also immediately made a new decision - adding Superconducting Materials Industries' new anti-gravity material cwf-018 to the purchase list.
Superconducting Materials Industry Company announced that in order to allow more ordinary institutions to study anti-gravity fields, the price of cwf-018 is naturally not expensive.
It only costs about US$2 million to create a single anti-gravity field with cwf-018.
This is already very common.
The Groom Lake Project research organization is naturally very unusual. They not only use cwf-018 to create anti-gravity fields, but also want to create new upgraded anti-gravity materials through the research of cwf-018.
When the research organization discussed the purchase amount, they directly filled in the amount of materials in hundreds.
One hundred copies, that’s $200 million.
The sales department of Superconducting Materials Industrial Company was shocked when they received the order from the Groom Lake Project Research Organization. After they developed the materials, they manufactured and stockpiled them in large quantities. However, because the preparation time was not long, they only had a few dozen. Just materials.
The supply of these materials to domestic institutions is not enough, let alone large-scale external sales.
The company could only give a reply of 'delayed delivery', and those who knew the situation could not help but lament the generosity of the Groom Lake Project Research Organization.
Rich institutions are different!
Two million dollars for one piece of material, and one hundred copies in one order?
Inhumane!
…
Across the Atlantic.
The International Annihilation Theory Organization is not as powerful as the Groom Lake Project Research Organization. Their situation is exactly the opposite, and they are almost bankrupt and disbanded.
Although Amrican has not officially announced its withdrawal from the organization, many Amrican scientists in the organization have left because the country has launched a new support plan.
At the same time, the US$5 billion support was silent.
This also makes the research impossible to proceed at all. After all, it is not easy to raise 5 billion US dollars.
The organization is now headed by Bill Bryan and Yulayin Novotny, but they are no longer at the experimental base. Instead, they go to various countries with other influential scholars to try to persuade decision-makers and o Alliance organizations provide support for research.
Research can only continue when there is sufficient financial support.
There is no loss of confidence within the organization.
Everyone knows how important the research on strong annihilation force fields is, and also knows that annihilation technology will occupy a heavyweight position in the future. Countries in developed regions must master the top annihilation technology if they want to ensure their national status and influence.
The current team of flower growers has the most advanced technology.
Amrican has carried out a huge strong annihilation force field research and support program, and they have abandoned the International Annihilation Theory Organization to a certain extent.
In this context, the remaining countries must cooperate in research.
The only controversial point is still the direction!
"Should we continue the direction of the Annihilation Organization, or should we follow Amrican's ideas and start research on upgrading materials?"
"Bryan and Novotny both support the original direction, but are they right?"
"Now that we have room-temperature anti-gravity, will there be no future in continuing to mix materials at high pressure..." The direction is indeed a difficult question to decide.
"..."
at the same time.
International public opinion is still reporting on anti-gravity at room temperature, and many people believe that the future will belong to the era of anti-gravity.
Now that there is room temperature anti-gravity technology, there will definitely be room temperature lateral anti-gravity technology.
Generally speaking, the strength of transverse antigravity fields tends to be higher than that of conventional antigravity fields.
If a normal-temperature transverse anti-gravity field with a strength exceeding 50% can be created, anti-gravity technology can be applied on a larger scale.
For example, civil aviation aircraft will become civil aviation anti-gravity aircraft.
For example, more flying saucers will appear.
For example, rocket technology can easily transport ultra-high-tonnage satellites and equipment into space.
etc.
In addition to some fantasies related to anti-gravity technology, many public opinions also talked about Wang Hao who appeared in front of reporters.
Wang Hao talked about popularizing anti-gravity technology and allowing more institutions to participate in research.
At the same time, he also said that the goal is to develop a stronger anti-gravity difference supported by first-order materials, and also gave a specific explanation of the strength--
30%.
This critical number almost means that they will conduct research in the direction of 'popularizing strong annihilation field technology'.
Here comes the problem.
One is, will the research be successful?
Another question is, when the actual research is completed, will the technology be made public?
If the technology is not disclosed after research, Wang Hao will lie to the public, which will have some impact on his personal image.
Wang Hao was not affected by public opinion. He would not even watch international news.
When there is news related to research and technology, someone will naturally come to find it, and nothing else will have any impact at all.
He just needs to do research in peace.
Wang Hao's research goal is indeed to create a strong annihilation force field based on upgraded element compounds, but the ultimate goal is not to increase the strength of the annihilation force field, but to lay the groundwork for f-ray generation technology and future nuclear fusion research. Base.
"If we can develop a metal material that can create an antigravity field in the form of direct current, and then combine it with the squeezing effect of the magnetic field to create a thin layer of strong annihilation force field..."
"It can serve as a container for nuclear fusion."
"In addition, when a violent nuclear reaction occurs inside, high-intensity f-rays can be produced!"
Wang Hao said to Tang Jianjun.
Academician Tang Jianjun also joined the research because he determined that Wang Hao's research goal was indeed to create a container for nuclear fusion reactions.
Tang Jianjun is the top nuclear magnetic expert. He is still very helpful in the annihilation force field experiment, but he is of little use in the research of materials.
So he still stayed at the Annihilation Field Experimental Base.
Wang Hao's research focuses on DC anti-gravity technology, while what is discussed internationally is AC anti-gravity technology.
There are fundamental differences between the two.
DC anti-gravity technology is supported by DC power, and combined with magnetic field extrusion, it can directly create a strong annihilation force field.
AC anti-gravity technology uses AC power to bring materials close to a superconducting state, and then excites anti-gravity fields and superimposes them to generate a strong annihilation force field.
The two technologies are different and the materials used are also different.
But no matter which direction the research is conducted, because there is no theoretical support, the research results can be described as "very few".
Wang Hao found that he could not even establish a research and development task and could not find a definite direction at all.
In the end, the problem still comes down to theory.
"Theory is also difficult."
"No, it is not possible for the time being. There is not enough experimental data to support it, and it is impossible to conduct analysis at all."
"It seems that we still need to do more experiments!"
"..."
What he needs is an experiment on the DC anti-gravity properties of first-order elemental materials, but very few materials have DC anti-gravity properties.
Materials must be developed by oneself.
Characteristic experiments still need to be designed and carried out.
The purpose of these studies is only to accumulate data as a basis for theory. If you think about it, you will know how complicated it is.
Wang Hao felt a little numb just thinking about it, but no matter how complicated the research was, it had to be done.
After he made his decision, he called in all the core researchers from the Superconducting Materials Research Center and the Antigravity Properties Research Center.
Everyone held a meeting together.
This conference is about research on first-order element superconducting materials and experiments on the DC antigravity properties of materials.
The two need to be combined.
Although it was only a research meeting to determine the next research goals, the personnel, technology, and experiments involved in the meeting were very extraordinary, which was directly reflected in the funding requirements.
"Initially, 10 billion!"
In the project application form to the science and technology department, Wang Hao quickly wrote a series of zeros, which made He Yi, Sheng Hailiang, Deng Huanshan and others grit their teeth.
Ten billion!
This level is a large-scale national-level engineering project, but in Wang Hao's hands it is just an experimental study to accumulate data.
The problem is...
The project application was approved quickly.
The science and technology department, Superconducting Materials Industry Company and Annihilation Technology Company jointly provided financial support for the experiment, and the research was carried out smoothly.
…
This study is somewhat inconspicuous. The purpose is only to accumulate data for theoretical research, but there are many institutions and people involved.
The main participating institutions are the Antigravity Behavior Research Center and the Superconducting Materials Research Center. Cooperating institutions also include the Institute of Materials of the Academy of Sciences, the Institute of Aeronautical Materials, and the Basic Science Center of Capital University.
This time Sokai University’s NanoLab is also involved.
Wang Hao found Xia Guobin and asked them to use equipment to help analyze the nanostructure of several upgraded alloy materials to see if they could make any discoveries.
Xia Guobin was surprised, excited and excited.
He and Wang Hao can be regarded as old acquaintances, but Wang Hao's research has nothing to do with nanomaterials. As a result, while Xihai University continues to expand, the nanoscale laboratory has almost no development.
They are still on the verge of "lack of funds" and have been working hard to maintain laboratory expenses.
Now that I can share part of the material research work, I don't have to worry about the minimum funding. Everyone knows that the project Wang Hao applied for has no shortage of funding.
Xia Guobin also asked with interest, "How much is the total cost of this large-scale project of yours? It should be 100 million, right?"
"Uh~~"
"That's it!"
Xia Guobin said enviously, "It should be more than 100 million, probably 200 million. Don't tell me, I know it may involve secrets..."
"Funding does not involve confidentiality..."
Wang Hao hesitated but didn't say it. It took him a long time to add, "You guessed it right, it's indeed more than 100 million."
"I knew it!"
Xia Guobin suddenly felt proud, and he continued, "We are doing material analysis work. As you just said, I estimate that the normal cost is about 5 million."
"Academician Wang, we will definitely do our best on your project..."
"4000000!"
He gritted his teeth and said, "Let's try to save costs!" After saying that, he stared at Wang Hao seriously, thinking about whether it should be less?
"Uh~~"
Wang Hao didn't know what to say. He planned to give Navitas Lab 20 million, but the other party only wanted 4 million?
In the end, I could only nod and say, "Okay, four million, no problem."
Xia Guobin was stunned for a moment.
Generally, when discussing funding, you have to bargain for a long time.
The total number of Wang Hao's projects is only 100 million. The NanoLab's alloy material analysis takes up a very small part of the work, so there is still room for 4 million.
Why did you agree directly?
He pursed his lips and thought for a long time, but he could only attribute it to Wang Hao's inability to bargain, so he simply nodded and extended his hand, "Happy cooperation!"
“A pleasure to work with...”
