From University Lecturer to Chief Academician

In modern society, energy is the foundation of everything.

In the past few decades, many wars have been related to energy competition. To put it bluntly, it is the competition for the control of oil.

American has closely linked the currency issued by the country, the US dollar, with oil.

The petrodollar affects the world.

This shows the importance of oil, that is, the importance of energy, and controllable nuclear fusion technology is believed to create a steady stream of energy for human development in the future.

Any country that masters controllable nuclear fusion can obtain more powerful and stable energy.

Controllable nuclear fusion uses the principle of nuclear fusion, and the energy obtained through particle collisions is huge and stable.

The sun is a direct example.

The energy of the sun is powerful and stable, constantly affecting the entire solar system.

If we can have such a technology, many fields in the future will be able to develop rapidly, and technology will definitely advance by leaps and bounds.

In addition, nuclear fusion technology is non-polluting and produces efficient and clean energy.

Most of the energy used now, including coal, oil, natural gas, etc., will increase the emission of carbon dioxide and harmful gases.

When nuclear fusion technology is widely used to create energy, it is very beneficial to the ecological environment of the earth, and human beings can truly embark on the path of sustainable development.

Flower growers are the world's largest energy importer, and new energy technologies are endowed with strategic significance. The importance of mastering nuclear fusion technology can be imagined.

The problem is that controlling nuclear fusion is too difficult.

The whole world knows the importance of controllable nuclear fusion. Many scientists and large teams are involved in the research, and a lot of research and development funds have been invested.

However, until now, nuclear fusion control has not made much progress.

Among them, the most effective way to confine nuclear fusion is the tokamak device, which is a ring-shaped container that is magnetically confined to control nuclear fusion.

But the theory is just a theory after all. Magnetic confinement can indeed control nuclear fusion. The problem is that even in a perfect magnetic confinement state, extremely high temperatures will be generated inside, and there is no container suitable for materials that can accommodate such a violent reaction. .

This is one of the difficulties of nuclear fusion - the container.

The second problem is the power transfer problem caused by high heat. Materials are only one of the problems of power transfer, and the other problems include the power conversion rate problem caused by high energy output.

The F-ray device solves part of the problem.

For example, containers.

The strong annihilation force field has the effect of isolating energy, while the antigravity field can reduce the activity of particles, that is, directly reduce the reaction speed.

Together, the two can be used as a 'nuclear fusion field force container'.

Tang Jianjun has been engaged in the research of nuclear magnetic field.

In the past few decades, he has invested a lot of energy in the research of nuclear fusion, and led the team to create a small tokamak device.

After understanding the strong annihilation force field technology, he firmly believes that the "nuclear fusion field force container" plus the tokamak device can effectively control the nuclear fusion reaction.

"The combination of the two technologies is definitely no problem."

"Research is promising!"

"We have solved most of the problems, and we can start research and development..." Tang Jianjun kept talking, hoping that nuclear fusion research would be supported.

On the other hand, I also hope to persuade Wang Hao to agree to conduct research on nuclear fusion.

That way he could at least be a part of it.

Wang Hao affirmed Tang Jianjun's statement, "Academician Tang is right, the combination of the two technologies can indeed solve most of the problems."

"If you do fusion research, you want to be constrained in this way."

The second decision-maker and Mr. Xu were all elated.

They naturally know how important nuclear fusion research is. If they can actually manufacture nuclear fusion confinement equipment and truly master the technology to control nuclear fusion, the effect it will bring is almost unimaginable.

If other scholars put forward the same opinion, they would not take it seriously at all, but they must give Wang Hao absolute trust.

The temptation of nuclear fusion technology is too great.

Next, they stood on the united front with Tang Jianjun, and together they carried out "persuasion on nuclear fusion research and development" to Wang Hao, and even promised to fight for an annual funding of more than 100 billion.

In the end, Wang Hao shook his head and refused.

He still used the same rhetoric, "It's too troublesome to study nuclear fusion now. Not to mention the time and energy it takes, it's not worth the candle."

"If there are better materials, and the equipment is more technical and has a higher fault tolerance rate, then it will be a good time to start research."

"Actually, our current research, whether it's the annihilation force field or materials, is accumulating technology for nuclear fusion."

The second decision-maker and Teacher Xu felt at ease.

The leading group returned to the capital after finishing their inspection work. On the way back, the second decision-maker sat with Mr. Xu, and the topic changed from F-rays and annihilation force fields to "imagining the changes brought about by nuclear fusion technology".

First of all, with nuclear fusion technology, it can be used to generate electricity.

But power generation is just one direction of imagination, and it is also the most boring content. They talked about the application in the military and aerospace fields.

Many years ago, the Air Force came up with the "Nantianmen Project".

The "Nantianmen Project" is very sci-fi, and has attracted widespread attention and discussion at home and abroad. Later, the air-to-ship series of anti-gravity aircraft appeared, and the Air Force modified the "Nantianmen Project".

The plan adds various types of flying saucers, including transport ships, battleships, groups of saucers for cover strikes, and so on.

Even with the addition of various types of flying saucers, there is still a very important core missing in order to truly realize the "Nantianmen Project"——

Space carrier!

All kinds of flying saucers need electricity to operate, and the ion cannons and particle cannons they carry are mainly powered by electricity. If there is no mothership that provides electricity, don’t they have to go to the ground to replenish energy?

That would be embarrassing.

"If you have controllable nuclear fusion technology and rely on anti-gravity technology, you can create the most core space carrier!"

"Coupled with highly effective F-ray weapons..."

"The sky and even space will be under our control. At the very least, we can effectively intercept intercontinental missiles and detonate them in the air."

"The F-ray can also strike ground targets from the air..."

"Mr. Xu, you should know that F-rays can detonate nuclear bombs. At that time, the nuclear bombs whose positions are exposed by other countries can be directly detonated at any time."

"That scene..."

Imagine, it's so beautiful.

The second decision-maker finally said regretfully, "Unfortunately, Academician Wang said that it is not yet time. I really hope to see the day when nuclear fusion technology is developed."

"yes!"

Teacher Xu also shook his head and sighed.

...

a month later.

With the attention of the whole world, the first company with strong annihilation force field technology as its core was formally established, and its name was Flower Planter Annihilation Technology Industrial Company.

Annihilation Technology Company was established and quickly released two major products.

One is the magnetized material of pure iron (CFe01).

On the company's website, the data of CFe01 has been released, which is pure iron with a purity of over 99.9%, and the first-order iron content in it is 2.83%.

The other is all kinds of magnetized lithium element compounds.

Lithium cobalt oxide, lithium carbonate, lithium nickel cobalt aluminum oxide, lithium iron phosphate, etc., most of which are aimed at materials used in lithium battery manufacturing, and a small part are materials in other directions.

Every magnetized lithium element compound can be used to separate first-order lithium elements, but only scientific research institutions really need to separate first-order lithium elements.

Conventional lithium battery-related materials and manufacturing companies can directly put into use when they buy magnetized lithium element materials.

Annihilation Technology Corporation does not consider selling first-order elemental materials.

For the company itself, the easiest and quickest way is to manufacture magnetized materials and sell them. As for the separation of simple substances, it can be regarded as an "incidental industry".

Other enterprises and institutions can participate in it.

This is tantamount to developing several more companies and gradually building an industrial chain, instead of a single company 'eating alone'.

After the official establishment of Annihilation Technology Company, it immediately received a large number of domestic and foreign orders, and the materials stockpiled in the early stage became in short supply.

The company has also received widespread attention at home and abroad.

two days later.

A piece of information released by Superconducting Materials Industry Company quickly seized the 'limelight' of Annihilation Technology Company and attracted almost all the attention at home and abroad.

"After studying the properties of first-order iron, we have produced a very special superconducting material with a critical temperature of 171K, code-named CWF-018."

"CWF-018 has anti-gravity properties."

"It can create an anti-gravity field at temperatures below 303K (29.85 degrees Celsius)."

"The highest field strength is 0.9735 (2.65%) in the normal temperature state, and 0.9589 (4.11%) in the superconducting state..."

The room temperature anti-gravity characteristics of CWF-018 are already amazing enough, but what has caused widespread heated discussions at home and abroad is yet to come. "After research and discussion, we decided to disclose the anti-gravity technology related to CWF-018."

"A detailed report on anti-gravity technology for CWF-018 will be published on the download page of the website, and anyone who visits the website can download and watch it."

"At the same time, related research papers will be published in the journal "Annihilation Physics and Theory"..."

The news released by Superconducting Materials Industries shocked the world.

The first is normal temperature anti-gravity technology.

Now there is also a technology to achieve anti-gravity at room temperature, but it uses high-pressure mixed materials, that is, a large amount of materials are placed in high-pressure pipelines.

High pressure is not a conventional 'high pressure'.

The high-pressure environment in experimental physics research often refers to the standard atmospheric pressure with a magnification of hundreds of thousands or millions.

The high-pressure pipes used for the generation of strong annihilation force fields are all made of special alloys that can withstand ultra-high pressure, and the pipes themselves are very, very expensive.

The original 'normal temperature anti-gravity' technology was only exchanged for the 'high pressure' special environment.

It's different now.

CWF-018 is a metal superconducting material that does not require a special environment of high pressure. It is very unusual to be able to achieve anti-gravity at room temperature.

Although the anti-gravity strength at room temperature is only 2.65%, it is already very remarkable.

In addition, Superconducting Materials Industry Corporation also directly disclosed the anti-gravity technology for CWF-018, that is, other teams do not need to do research, as long as they purchase the CWF-018 material, they can create an anti-gravity field based on the disclosed technology .

This undoubtedly greatly lowered the threshold for anti-gravity technology research.

Superconducting Materials Industry Company not only releases information, but also holds a press conference to the outside world, and domestic and foreign reporters can come to conduct interviews.

Wang Hao appeared at the press conference and explained CWF-018.

Afterwards, he was interviewed by a reporter, and when asked "why the technical information is disclosed", he said frankly, "Our purpose is to enable more scientists and scientific research teams to study anti-gravity technology."

"The current anti-gravity technology research threshold is very high, and only those powerful institutions and teams can conduct research, which greatly limits technological progress and development."

"After we discovered the characteristics of CWF-018, we decided to popularize the technology so that those small physics laboratories can also participate in the research."

"The annihilation force field is a new direction of physics, and the annihilation technology is a new direction of scientific development. Only when more scientists participate can new research directions achieve more results."

"CWF-018 is just the beginning!"

Wang Hao said seriously, "Our next step will continue to conduct research on the superconducting properties of first-order iron. The goal is to develop a material with an anti-gravity field strength exceeding 30%. Similarly, we will also disclose related technologies... ..."

That last sentence is amazing.

Those scholars who are engaged in the research of the annihilation force field know that 30% of the anti-gravity strength is a critical line, and the field force of 30% strength can be superimposed to find the magnetization effect on matter.

If there is the premise of 'not reaching a superconducting state', several anti-gravity devices can be superimposed to create a strong annihilation force field.

That is a strong annihilation force field!

Now Wang Hao actually said that the research and development goal is to create a 30% anti-gravity field, and then he will disclose the technology?

this……

is it possible!

No matter what the future holds, the anti-gravity technology at room temperature has been made public, and many small scientific research institutions, physics laboratories, and scientists will definitely benefit from it.

They can also participate in anti-gravity research.

For a while, the academic world was full of praise for Wang Hao, and even the most critical media had to add the word "great" before Wang Hao's name.

"Wang Hao is a great scientist!"

"The research on the annihilation force field he led contains huge scientific research, economic and even strategic significance, but he chose to disclose the normal temperature anti-gravity technology so that more scientists can participate in it."

"This is a great contribution to scientific research and development, and a great act to the development of human science."

"This is Wang Hao..."

"Science has no borders, and it has been clearly reflected in him. He is the kind of great person who is not restricted by national borders and has humanistic thinking!"

"..."

"What's interesting is that American, who has always advocated an open attitude towards science, proposed the "Groom Lake Project" to support the research of strong annihilation force fields, but completely excluded scientists from other countries including O State... "

In contrast, it came out at once.

...

Virginia City, Nevada.

In the office of a building, several top scholars are discussing a document related to the technical direction, called "Feasibility Analysis of Raising Elemental Alloys to Create a Strong Anti-Gravity Field".

Some scholars hold opposing views.

Among them is George Weeks, a materials expert at Argonne Laboratory, who firmly believes that alloys of upgraded elements cannot create a strong antigravity field.

"We did several experiments."

"The increase in the conductivity of the first-order iron may increase the critical temperature of superconductivity, but the magnetization effect of the alloy made of the first-order iron is not good."

"This shows that first-order iron is resistant to strong annihilation force fields, and this resistance is likely to affect the production of annihilation force fields."

"Of course, it's just a simple inference."

Another scholar, Roster Brook of Fermilab, objected, "Magnetization resistance does not explain anything. The first-order iron is produced by a strong annihilation force field."

"As for the alloy..."

"This is a research direction. We can study complex element compounds, and of course alloys..."

At this time, Gamow-Shapley suddenly said loudly, "Whether it is a compound or an alloy, as long as it is related to the upgrading element, we must study it."

"Now I am more sure that our main direction is correct."

"Look at the latest news!"

He took a deep breath, "Anti-gravity at room temperature! First-order iron actually produces superconducting materials that support anti-gravity at room temperature!"

"What does this mean?"

"This shows that we are heading in the right direction!"