Brian and Novotini felt very depressed.

They consider themselves to be the top scientists in their respective fields, but the Annihilation Field is a completely new field, and no matter how much they try to study, they always seem to be lagging behind.

To put it bluntly, it is lagging behind Wang Hao's team.

In the field of annihilation force field, Wang Hao is recognized as the first person, and even the theory of annihilation was created by him.

Of course, the technology and theory are different.

Technology can catch up, and they can only cheer up and continue to lead the team to do in-depth research.

Now it's a whole new direction.

Although it is certain that Wang Hao's team has mastered the technology of the built-in heat source of the field force and created the ultimate anti-gravity field with it, they still have to follow the direction to study.

"The good news is that we know the technology."

"We didn't even know it before, they talked about extreme anti-gravity, and we didn't even have a basic understanding."

"That's progress."

"Thinking in this direction, our technology is already catching up."

"Maybe the research is also related to the strong annihilation force field, they can create an annihilation force field with a rate of more than eight times, and it is not just material support that can be completed."

What Juraj Novotini said sent a blow to both Cooper and Brian.

One of their research goals was to create an annihilation force field with a rate of more than 7 times, so that magnetized iron materials could be fabricated.

This is not only a material manufacturing technology, but also involves huge economic and strategic interests.

Everyone knows that upgrading materials is the way of the future.

Now only Wang Hao's team and Annihilation Technology Company have mastered the methods of manufacturing magnetized iron materials and upgraded elements, and they are in an absolute advantage in technology.

If they do research in the same direction, it will be possible to catch up with the technology.

Empoli-Cooper also sees hope.

As a representative of Ameriken, he returned to the International Organization for the Theory of Annihilation, one of the purposes of which was to determine the direction of research for the Lake Groom Project.

The Lake Groom program has been suspended.

Many scholars are discussing the next direction of research and development.

Some scholars have proposed 'new technologies', including 'advanced superconducting materials' and 'DC superconducting technology', but they are only theoretical.

"Sure enough, superimposing the direction of the force field is the right way."

"Wang Hao's team also created a strong annihilation force field through superimposed force fields, and other upgraded superconductors and DC superconductors are all imaginary."

"Superimposed force field, external high magnetic interference, and built-in nuclear reactor ......"

"This is the only way to create a high-intensity annihilation field!"

Cooper thought about it, and he felt very excited, and he felt a sense of accomplishment.

He thought he was able to be reactivated, with some luck in mind, mainly because the Lake Groom project didn't go well.

Now he takes it for granted.

He was the first head of the International Organization for the Theory of Annihilation, and even if it was the second device now, he was involved in a lot of decision-making directions.

He's right.

After Bill Bryan and Cooper talked about the new technology, they discussed the next step, Cooper is no longer the head of the organization, but he is the representative of Amriken, and he is also very important.

The next step in research is to build a nuclear reactor into the device.

This requires the consent of a lot of people to do so.

Nuclear experiments are not simple.

In the past, most of the energy source was just electricity, and it would not have any other impact, but now if you need to build a nuclear reactor, you have to apply to many organizations and institutions.

They don't have the right to experiment directly.

With Empoli Cooper's support, it is equivalent to Amriken's support, and the application will be relatively smoother.

In the process of making the application, the International Organization for Annihilation Theory also made public its latest findings, and Bill Bryan also gave an exclusive interview to reporters.

"We need a built-in nuclear reactor in the equipment to increase the strength of the internal heat source, and I believe that Wang Hao's team has done that, and because of that, they will demonstrate controlled nuclear fusion." ”

"As long as the excitation of the nuclear reactor is completed, it will be able to create an extreme anti-gravity field, and maybe even a high-strength strong annihilation field."

"It's very important research."

Finally, Bill Bryan also talked about the theory of time, "When the time comes, we can test Professor Wang Hao's theory of time." ”

Bill Bryan was interviewed to make the application smoother.

When everyone knows the importance of research, even involving a high-intensity annihilation force field, it will naturally be easy to pass the application, otherwise various problems may be encountered.

Some problems are hard to imagine.

Like, environmentalists.

The nuclear reaction is not a clean experiment, they are based on the Swiss and iodine borders, and some environmentalists will come and protest when they find out.

These people's protests may affect decision-making.

Of course, it will definitely pass in the end.

In the face of huge benefits, environmental protection is not an issue at all, but it may be hindered in the process.

Environmentalists are still just one of the problems.

Because of the nuclear tests involved, coupled with the large-scale superimposed force field equipment, the risk of research is very large, and the people living in the surrounding area will be very dissatisfied.

They don't think about environmental issues, they also think about safety.

In short, there are many problems.

If the Annihilation Group wants to carry out the next step of experimental research normally, it will need more support from policymakers, more support from more institutions, and a lot of officials to help solve the problem.

Wait a minute.

It's not an easy thing to do.

……

The information released by the International Organization for the Theory of Annihilation, as well as the report of Brian's interview, have attracted significant attention from international public opinion.

A nuclear reactor with a strong annihilation field sounds incredible.

Public opinion is full of discussions.

Ordinary people lament the high-end of the technology, and have a better understanding of the strong annihilation force field technology, superimposed force field equipment, and related research.

At the same time, just as the annihilation organization considered, many people around the experimental base spontaneously went to the vicinity of the experimental base to protest.

They are very unhappy with the nuclear tests that are being carried out in the vicinity of their homes.

Of course, there were also protests from environmentalists, who put up banners with slogans such as 'Brian wants to destroy the planet' and 'Protect our planet'.

Some are asking the annihilation organization to change their experimental base, such as to an unknown Pacific island, as long as it doesn't affect them anyway.

The response of the countries, institutions and scholars involved in the study varied.

They are very supportive of the continued development of the research, because they see the hope of catching up with Wang Hao's team in technology, and the superimposed force field has a built-in nuclear reactor, which sounds very high-end.

"Brian is on the right track."

"The research of the International Organization of Annihilation Theory is the right way, what kind of upgrading materials does the Lake Groom plan say...... It's just a laugh out of the big teeth! ”

"Built-in nuclear reactor to create the ultimate annihilation force field, Wang Hao's team must be this kind of technology, right?"

"No wonder they were able to create such a high-intensity Annihilation Force Field!"

"The opportunity to catch up is just around the corner!"

……

Public opinion at home and abroad is discussing related issues.

The domestic media has also done a lot of coverage, but the news tends to report more about environmentalists and residents near the Annihilation Group's experimental base, and public opinion tends to talk about high-end technology.

Many reporters hope to be able to interview Wang Hao.

Wang Hao has no intention of being interviewed, nor does he plan to talk about the direction of technology.

He's very busy.

The design of the fusion device is progressing well, and many detailed design problems have been solved, but at the same time, difficult problems have been encountered, mainly focusing on materials.

"We need metals that are more resistant to high temperatures."

"There is also a problem with the sealing material, which is now difficult to withstand high temperatures and special neutron impacts......"

"The outer superconducting material also needs to withstand high temperatures."

"Built-in magnetic field ......"

Multiple material problems are stacked on top of each other, each of which is a problem that must be solved.

Wang Hao communicated with the science and technology department, and then decided to hold a special materials meeting, inviting participating institutions including the Institute of Aeronautical Materials, the Institute of Materials of the Academy of Sciences, the Basic Materials Laboratory of Capital University, and the Nuclear Engineering Materials, etc.

Each of the scholars involved in this conference is a heavyweight, and most of them are also involved in the design of nuclear fusion devices.

Even before the conference began, scholars were discussing the design of nuclear fusion, especially the crucial material problem, "which cannot be solved now." ”

"Our team has done detailed data analysis, and the minimum melting point of the metal needs to be more than 5,000 degrees Celsius."

"The sealing material is a big problem, the rubber is simply impossible, it is too easy to dry out and age, and we have considered other composite materials, but none of them meet the requirements."

"There's no way to fix it."

"Even the most high-end materials in the world do not meet the requirements."

"Even if it's used on a spacecraft, it's not up to this standard, and I feel like the design is over here."

"It's much better than expected, though."

"Now that the project is progressing here, it can be regarded as laying the foundation for the future, and if we can solve the material problems one by one, we can restart the project......"

“……”

In the midst of everyone's discussion, Director Zhou Zhiping, who presided over the meeting, came to the scene.

After that, Wang Hao also came to the scene.

Wang Hao did not come alone, he was accompanied by Tang Jianjun, He Yi and Xiang Qiansheng, and even Professor Wang Jinlu of Annihilation Technology Company.

Wang Hao shook hands with the academicians in the front row.

After some greetings, he sat on the podium, and he was not alone, including He Yi, Xiang Qiansheng, Wang Jinlu, and Tang Jianjun, who also sat on the podium.

At this time, the scholars who attended the meeting noticed that the seating layout of the conference room was a little strange.

The podium has a full row of seats.

A similar arrangement is not so much like an academic conference, but like a leadership meeting, where the leader speaks on the podium and others just take notes and learn, or like a lecture meeting, where the scholars on the podium speak, rather than having everyone discuss it openly.

Before they could be surprised, they heard Director Zhou, who presided over the meeting, say, "This is a materials conference for the design of nuclear fusion devices." ”

"We encountered a lot of material problems during the design of the fusion device."

"Next, I would like to invite Academician Tang Jianjun to introduce ......"

The next speaker was Tang Jianjun.

Tang Jianjun's speech was a manuscript, talking about the research of nuclear fusion design, encountered a lot of material problems, he also said, "The demand for materials in design is far higher than the current level, but we have a direction to solve." ”

The last sentence surprised many.

The way to solve?

How to solve the problem of so many materials? This is not just empty words, and the solution of every problem can be said to be a major achievement.

Tang Jianjun's job is only to talk about the problem.

The next speaker was Wang Hao.

When Director Zhou called Wang Hao's name, the noise of the venue suddenly disappeared, and everyone became very focused, and they also wanted to know what Wang Hao would say.

Wang Hao tried his voice on the microphone, and said, "Academician Tang said just now that we have a solution direction, and it is true. ”

"We have some undisclosed material techniques as well as research findings."

"I'll make it public here, and our purpose is to use these technologies for research and gather all our strength to overcome the material difficulties."

After he finished speaking, he was silent for a moment, giving the scholars in the venue time to digest, and then continued, "I'll give you a brief introduction here. ”

"First of all, we have discovered a special dense first-order iron, and named it first-order β iron-56, which is radioactive......"

"We think that the first-order β iron 56 is the element of the future."

"It has many characteristics, including density, electrical conductivity, and thermal radiation intensity, which are all higher than the first-order α iron 56......"

After a brief introduction, the venue suddenly remembered a noisy sound.

Everyone was amazed.

They originally thought that the first-order iron was advanced enough, but they didn't expect that there would be a 'first-order β iron', which was also called the 'future element'.

The physical properties of this material easily surpass that of first-order iron materials, the only pity is that it has a certain degree of radioactivity, which is harmful to the human body.

It would be perfect if new materials could be developed and used in nuclear fusion devices.

Wang Hao only introduced the 'first-order β iron'.

After the venue had quieted down a bit, he continued, "First-order β iron is made by dense material technology, and with this technology, we can make metal materials with higher density. ”

"This is a new material manufacturing technology, which uses the magnetization and extrusion effect of a strong annihilation force field, so that it can be ......"

He began with a brief introduction to dense material technology.

At this time, the venue was completely silent.

The participants were already very surprised when they heard the 'first-order β iron' just now, and now they are a little numb with surprise when they know the dense material technology, and they don't even know what expression to make.

Wang Hao ignored the scholars' reactions.

After he finished talking about the dense material technology, he just took a sip of water, and then disclosed the information in a flat tone, "In addition, we have discovered several new advanced elements using the strong annihilation force field technology, including copper, mercury, silicon, tungsten, and hydrogen. ”

"Due to technical limitations, the production of copper, mercury, tungsten and hydrogen is very small, but some can be supplied for research."

"With the 'first-order β iron', dense material technology, and a variety of advanced elements, I believe that by pooling all our strengths, we will be able to develop materials that meet the requirements and overcome various material problems encountered in [fusion] design......

After Wang Hao finished speaking, he stopped.

The reaction in the venue had just begun, and the scholars were stunned as they stared in the direction of the podium, and the atmosphere in the room was silent.

The silence lasted for a long time.

Academics were so surprised that they didn't know what to do.

Wang Hao's speech was only a short ten minutes, but the content that could be said was enough to shock the world, and many people couldn't help but swallow their saliva when they thought about it carefully, "Future elements? Dense materials, and several first-order elements? I heard you right! ”

"So many material technologies, none of them have been made public?"

"Next, can we use these technologies to research and solve material problems?"

"This ......"

"What other problems can be solved?!!

"Hula~"

The venue was suddenly boiling.

The scholars all felt like they were in a dream.

Before the start of the meeting, they felt that the research on nuclear fusion was over, and many material problems could not be solved at all.

Now they don't think it's a big deal!

Everyone can't wait to know more details, and they can't wait to get in touch with high-end technology and upgraded materials, and all kinds of material problems are no longer a problem.

At this moment,

They have great confidence in the research of nuclear fusion!

(End of chapter)