Genius of the Rules-Style System

Chapter 617 New mysterious particles

Phoenix Bay Industrial Park.

On the second floor of a large office building, several people who had been recruited into the design team were sitting on both sides, waiting patiently.

Some of them came earlier, some came later, but the time was not much different.

The four people on the left are all from the Aircraft Manufacturing Research Institute, including Li Jianming, Lei Yong, Bao Enhong and Xue Zhentao; the three people on the right are Dong Tiancheng and Deng Yuan from the National Space Administration, and Yu Xin from the shipbuilding factory.

At this time, they were communicating quietly, but they were only communicating with people they knew.

Yu Xin was sitting alone. He was the only one from the shipbuilding plant. Compared to the others, he didn't know anything. He didn't even know why he came here. He was just suddenly asked by his superiors to come here. Work.

As a maritime ship designer, Yu Xin is indeed very good. He is also about forty years old, but he can already lead a team to do projects, even projects to design entire ships.

A few years ago, China vigorously promoted the development of maritime power, and ship manufacturing received more and more attention. Yu Xin also gained a certain reputation. He was even nominated to participate in the design of future high-end aircraft carriers.

If nothing unexpected happens, Yu Xin's future is bright.

Unfortunately, an accident occurred.

In the past two years, anti-gravity technology has been the focus of domestic and global attention. Aircraft manufactured with anti-gravity technology as the core have a huge impact on the aviation industry.

In addition to the impact on military aircraft, the impact on the civilian field is also very large.

For example, the stock price of BY Aircraft, a world-famous aircraft manufacturer, has continued to fall. It has dropped by nearly 70% in two years. The continuously falling stock price shows that the market is not optimistic about conventional aircraft.

At the same time, BY aircraft's business has also been directly affected, and it is difficult to receive orders for conventional aircraft worldwide.

The whole world is optimistic about anti-gravity aircraft and is waiting for the emergence of large-scale anti-gravity manned aircraft. Some related aviation-related companies will not spend big money to order conventional passenger aircraft.

BY aircraft has also purchased a license for anti-gravity technology. Of course they know the importance of anti-gravity technology and are constantly doing research and development. However, for an emerging technology, no matter how much research and development expenses are invested, it is difficult to have much technical advantage. .

They have just designed a large-scale anti-gravity manned aircraft and have actually put it into manufacturing, which is expected to take about two years at the earliest.

This is the impact on aviation.

The development of anti-gravity technology has also affected the shipbuilding industry, and even has a greater impact. Currently, large container cruise ships are used for international cargo transportation. Ordinary container cruise ships have a load capacity of between 60,000 tons and 120,000 tons. .

Some anti-gravity related research teams have published very astonishing parameter performances. For example, the anti-gravity research team of country D calculated based on the authorized anti-gravity parameter performance to build a large-scale anti-gravity load-bearing aircraft with a load capacity of more than 100,000 tons. , at the same time, the freight cost per ton is not high, probably only two to three times higher than that of a container cargo cruise ship.

This data is a major blow to the international shipping industry.

Although the transportation cost of anti-gravity load-bearing aircraft is higher, you must know that air transportation is very fast. Considering the time cost of many goods, two to three times the freight is nothing at all.

For example, frozen meat.

If an anti-gravity load-bearing aircraft can be used to transport meat products to the other end of the earth in one day, there will be no need to consider the issue of freshness at all, and the cost of freezing will be greatly reduced.

This is just one of them.

Therefore, the research and development of anti-gravity technology will have a great impact on the shipping industry. At the same time, it will also have a great impact on military research and development. Large fortresses floating in the sky can be created, and large aircraft carriers will naturally Lost meaning.

Domestic people understand this truth, and foreign countries also understand this truth.

Yu Xin's work was also greatly affected. After completing a small project on civilian ship design, he didn't know what to do.

At this time, he received instructions from his superiors to go to Zhengyang to participate in the work.

There is indeed very little information about Yu Xin. It was only after he came to Zheng Yang in a daze that he found out that he was doing design work under Zhao Yi.

But……

What can Zhao Yi's men do? What about designing ships? Or designing a submarine?

When he was in the conference room, Yu Xin still couldn't figure it out. He also wanted to hear what others were saying, but he was too embarrassed to get close to them. He just vaguely heard words such as "spaceship" and "shuttle".

Of course he knew about the space shuttle experiment, but what did it have to do with ship design?

——

Finally, Zhao Yi came.

Zhao Yi came with Zhu Hengzhi. Zhu Hengzhi was a member of the anti-gravity research and development team and later participated in the space shuttle experiment. After the spacecraft project was established, he applied to join the project team.

Zhao Yi knew about Zhu Hengzhi and asked him to join in.

Zhu Hengzhi knows a lot. He can be said to be a 'mixed but not refined' talent, but he can bring great help to Zhao Yi.

For example, now.

After Zhu Hengzhi came in, he took on the role of explanation and told the people in the conference room about the work goals, "You all should know that our project is to design a spacecraft."

"The spacecraft project has been approved, and Academician Zhao is leading the design team. Some of you are designing aircraft, some are designing spacecraft, and some are designing ships. The spacecraft is a new project and a very challenging one."

"I hope everyone can work together to assist Academician Zhao in completing the final design!"

After that, Zhao Yi also said a few words, basically speaking out and encouraging everyone to work hard.

Then he left time for Zhu Hengzhi.

Zhu Hengzhi was responsible for doing the preliminary work, because the few people who came here did not understand the design content. For the time being, they only knew that they were designing spacecrafts. They must first understand the core technologies they mastered before they could start work.

In the next two days, Zhu Hengzhi has been explaining relevant content, including the core technology modules he has mastered--

Nuclear fusion power device, anti-gravity system and Z-wave technology.

In addition, the design of the spacecraft must also include protection, weapons systems, and a series of functional areas, including experimental areas, living areas, storage areas, control rooms, etc.

Taken together, it all sounds very complicated.

If all the designs are completed, each area needs a separate design, and Zhao Yi divides the design into several parts and hands them over to several people to work on. He finally combines the designs together and then makes a series of improvements .

This is the design method.

After two days of study, even Li Jianming, the most senior person, couldn't help but feel very surprised. They knew they were designing spaceships, but only later did they realize they were designing 'large spaceships'. It was really like a science fiction movie, so Is the design of the spacecraft so complicated that it makes one’s head spin?

"This is to see a spacecraft that can truly travel through space and sail in the universe!"

Li Jianming and others were very shocked.

Even Dong Tiancheng and Deng Yuan of the National Space Administration did not expect that the design would be so complicated.

At the same time, they also feel a little at a loss. They are all top talents in various institutions and are very confident in their abilities.

Now they are not confident.

To use a metaphor, they feel that they are at most a bicycle designer, but in the end they were given the core technology and performance parameters of a sports car and asked them to design a sports car.

How to design this?

For a while, even Li Jianming didn't have any ideas.

But it doesn't matter.

Zhao Yi had a plan for the design work. On the morning of the third day, when several people went to the conference room, they saw several large spaceship toys on the table?

"This is--"

"Whoever built it, it's pretty good."

"Very attentive!"

Several people came over to take a look.

Lei Yong and Li Jianming looked at each other and suddenly felt a little excited, because there were four models among them, which they had brought over.

Twenty minutes later, Zhao Yi entered the conference room and said, "From today on, your job is to demonstrate the spacecraft models on the table based on parameters and technical data."

"Use computer software to draw all the required design parts and fill them into several models. Regardless of the good aspects or bad aspects, directly demonstrate the advantages, disadvantages and effectiveness of the combination."

"I hope to complete the demonstration of these models within a month!"

Zhao Yi said it very seriously, and the others listened very seriously, but they didn't understand it.

Except Lei Yong and Bao Enhong.

They have participated in the design of the Warhawk aircraft and already have relevant experience.

After Zhao Yi left, others asked in confusion. Lei Yong said somewhat complacently, "Director Li and I bought these models together. Don't be surprised, Academician Zhao is different. "

"That's what Academician Zhao does. I'm not sure he asked us to demonstrate the model together, but what's certain is-"

"Academician Zhao has already thought about the specific design of the spacecraft project. What he is doing now is to give us the opportunity to have a certain sense of participation and learn from the participation process."

“When we come to participate in the project, we actually come to learn.”

"No matter how you see it, this is how I see it. This is the design of the F-40." Lei Yong said seriously.

Everyone else looked at Bowen Hong because Bowen Hong participated in the F-40 design.

Bao Enhong nodded affirmatively after hearing this, "Lei Yong is right. Anyway, I don't think he made any contribution to the F-40 design. In the end, Academician Zhao still added my name to it."

"I feel that Academician Zhao is training us, not really asking us to do anything. Think about it, spacecraft design, so many things, how complicated it is to put them together, even if it is a whole team, it does not take a few years , how could it be designed? A few of us spent a month demonstrating a model, why?"

"This is to train us!" Bao Enhong said, feeling a kind of reverence for Zhao Yi.

The others took a deep breath, and after thinking about it carefully, they couldn't help but nod in approval.

Academician Zhao, so great!

door.

Zhao Yi listened silently, with an arc at the corner of his mouth, and murmured to himself, "This Lei Yong is such a talent!"

"You can actually guess my thoughts!"

“Bowen Red is pretty good too!”

"Yes! It's decided."

"After the design project is completed, give them both more bonuses!"

——

A week later.

Yixing Aerospace Technology held an internal R\u0026D meeting, which included all members of the technical department, as well as leadership and specially invited personnel.

This meeting is very important and will determine the company's main R\u0026D projects in the future.

First, each group sent representatives to make reports on space technology research and development. A total of six representatives spoke.

The meeting then discussed each proposed technology and finally made a vote.

The final meeting decided on three key research and development core technology projects, including anti-gravity decompression and lifting technology, space engine technology and solar power technology.

Anti-gravity decompression and lifting technology uses anti-gravity technology to integrate environmental factors (such as vacuum environment or air environment) to achieve decompression and lifting, demonstrating maximum efficiency to reduce energy consumption and improve take-off and landing speed and safety.

Space engine technology, that is, when a spacecraft navigates in space, it uses engine operation to propel it. It can also be understood as space thruster technology.

The space environment is different from the air environment. Ordinary aircraft use turbine engines to drive forward using aerodynamic force.

There is no air in space, or it can be ignored, so air cannot be used as a driving force. The research and development of engines in a vacuum environment is definitely a new research and development field.

The main purpose of research and development of space engine technology is to make anti-gravity spacecraft more flexible in navigating in space.

Existing spacecraft technology uses fuel for direct propulsion, which consumes a lot of energy and is not very effective. The same applies to spacecraft used in space shuttle experiments. They are all driven by direct fuel consumption and consume a lot of energy. The direction change is also very cumbersome.

The research and development of space engine manufacturing is of great significance to the future exploration of space.

Finally, there is solar power technology.

It is impossible for a small spacecraft to install a nuclear fusion power device. It must be powered by fossil fuels. Energy is very important to the spacecraft.

If the energy is insufficient, it can be supplemented by solar power, which can make the power more sufficient. At the same time, when the energy is exhausted, the spacecraft can rely on solar power to slowly return, or send timely help signals, etc. , instead of getting lost in the vast universe, is also very meaningful. In short, the research and development of solar power is one of the important technologies to ensure that we can make up for the energy shortage and ensure safety.

While the meeting identified three core technologies, it also identified nine small technology research and development, including precision recovery of large space equipment, vacuum environment high load design and development, space safety maintenance environment research, capture technology, etc.

After the R\u0026D project of Yixing Aerospace Technology is finalized, from now on it will quietly invest in R\u0026D and accumulate related technologies.

at the same time.

Public opinions related to the space shuttle experiment continue to ferment, and the most important thing related to it is the development of anti-energy barriers.

The space agency has publicly confirmed that one of the cores of space shuttle technology is anti-energy barrier technology. Organizations that hope to master space shuttle technology will definitely increase their efforts to develop anti-energy barriers.

The Institute of Mechanics is one of them, and the best among them.

After several months of continuous experiments, they published an experimental report and confirmed that they had discovered a mysterious ray.

Previously, the Institute of Mechanics publicly stated that the mysterious ray was the second type of electromagnetic wave, but now there is a more definite discovery.

"Now we believe that it is not an electromagnetic wave, because we found that this mysterious ray can increase the current and combine with plasma matter," Belenko-Gyorgylin said in an interview.

"So we think it increases particle efficiency."

"We worked with the Ozhou HL team and came to the same conclusion. After continuous experimental analysis, we believe that this mysterious ray is a particle wave similar to light waves."

"This is a brand-new particle. It cannot be detected by existing scientific methods, but it can be combined with active particles to increase the activity of the particles. To a certain extent, it can be said to increase the energy of the particles."

"From a physical point of view, it is like a flame, which can heat materials and increase the energy of materials."

"And next, we will devote ourselves to the research of new particles."

"I can say with certainty that in the next few months we will be able to identify this new type of particle and analyze its specific role."

Belenko-Gyorgylin said it very seriously, and at the same time he was very excited, because the discovery of new particles was enough for him and his team to achieve the top physics achievements.

He is already the world's top physicist, but his honors are missing a Nobel Prize.

Now he is infinitely close to the Nobel Prize in Physics.

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