Wang Hao communicated with the science and technology department, and then decided to hold a special materials meeting. The institutions invited to participate include 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 Center, etc.

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

Before the meeting began, scholars had discussed the design of nuclear fusion, especially the crucial material issues. "There is no way to solve the problems we are encountering now."

"Our group has done detailed data analysis and the required minimum melting point of the metal must exceed 5,000 degrees Celsius."

"Sealing materials are a big problem. Rubber is impossible. It is too easy to dry out and age. We have also considered other composite materials, but they do not meet the requirements."

"There is no way to solve these."

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

"Even those used on spacecrafts cannot meet this standard. I feel that the design has ended here."

"But it's much stronger than expected."

"Now that the project has progressed to this point, it can be regarded as laying the foundation for the future. If each material problem can be solved, the project can be restarted..."

"..."

Amid the discussion, Director Zhou Zhiping, who presided over the meeting, came to the scene.

Later, 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 from Annihilation Technology Company.

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

After some pleasantries, he sat on the podium seat, and he was not the only one, including He Yi, Xiang Qiansheng, Wang Jinlu, and Tang Jianjun, who also sat on the podium seat.

Only then did the participating scholars notice that the seating layout in the conference room was a bit strange.

The podium has a whole row of seats.

A similar layout does not look like an academic conference, but like a leadership meeting, where the leader speaks on the podium, and others just take notes and study, or like a lecture meeting, where scholars on the podium speak instead of Let everyone discuss it openly.

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

"We encountered many material problems during the design of the nuclear fusion device."

“Now I’d like to invite Academician Tang Jianjun to introduce...”

The next person to speak was Tang Jianjun.

Tang Jianjun’s speech was read from a draft. When talking about the many material problems encountered in the research on nuclear fusion design, he also said, “The demand for materials in design is far higher than the current level, but we have already There is a solution."

The last sentence surprised many people.

Solution direction?

How to solve the problem of so many materials? This is not an empty talk. The solution of every problem can be said to be a major achievement.

Tang Jianjun’s job is just to talk about problems.

The next speaker is Wang Hao.

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

Wang Hao tried his voice into the microphone and said, "Academician Tang just said that we already have a solution, and that's true."

"We have some undisclosed materials technology and research findings."

"I will make it public here, and our purpose is to use these technologies to conduct research and gather all our strength to overcome material difficulties."

After he finished speaking, he was silent for a moment, giving the scholars at the venue time to digest, and then continued, "I will briefly introduce it here."

"The first is that we have discovered a special dense first-order iron, named first-order beta iron 56, which is radioactive..."

"We believe that first-order beta 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 first-order a-iron 56..."

After the brief introduction, the venue suddenly became noisy.

Everyone is full of surprise.

They originally thought that first-order iron was advanced enough, but they never expected that there would be 'first-order beta iron', which was also called a 'future element'.

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

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

Wang Hao only introduced ‘first-order beta iron’.

After the venue calmed down a bit, he continued, "First-order beta iron is produced through dense material technology. Using this technology, we can produce higher-density metal materials."

"This is a brand-new material manufacturing technology that utilizes the magnetizing extrusion effect of a strong annihilation force field. With this, you can..."

He began to briefly introduce dense material technology.

At this time, the venue was completely quiet.

The participants at the conference were already very surprised when they heard about "first-order beta iron". But now that they know about dense material technology, they are so surprised that they feel numb and don't even know what expressions to make.

Wang Hao ignored the scholars' reactions.

After he finished talking about dense material technology, he simply took a sip of water, and then disclosed the information in a calm tone, "In addition, we used strong annihilation field technology to discover several new upgraded elements, including copper, mercury,

Silicon, tungsten and hydrogen."

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

"With 'first-order beta iron', dense material technology, and a variety of upgraded elements, I believe that by gathering all our strength, we will be able to develop materials that meet the requirements and overcome various problems encountered in (nuclear fusion) design.

Material problem..."

Wang Hao stopped after finishing speaking.

The reaction in the venue has just begun. The scholars stared in the direction of the podium with their mouths agape, and the atmosphere in the venue was quiet.

Silence lasted for a long time.

The scholars were so surprised that they didn't know how to react.

Wang Hao's speech lasted only ten minutes, but what he said was enough to shock the world. Many people couldn't help but salivate when they thought about it carefully, "Future elements? Dense materials, and several first-order

Elements? Did I hear that right?"

"So much material technology has not been made public?"

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

"this……"

"Is there any problem that cannot be solved?!

"

"Hula~"

The venue suddenly burst into excitement.

Scholars all feel like they are dreaming.

Before the meeting started, they felt that the research on nuclear fusion had stopped here and that many material problems could not be solved at all.

Now they think it’s nothing!

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

this moment,
Chapter completed!