Genius of the Rules-Style System

The aerospace conference that Zhao Yi is going to attend is organized by the National Space Administration, to be precise, the Lunar Exploration and Space Engineering Center under the National Space Administration.

The Lunar Exploration and Aerospace Engineering Center, as its name suggests, is the department responsible for aerospace engineering and lunar exploration engineering. It is also the core of the space agency's technology and work.

In fact, the Lunar Exploration and Aerospace Engineering Center is a new department. It was established only ten years ago. It was because the space agency determined the general direction of lunar exploration that a special lunar exploration and aerospace department was established to take charge of it. related work matters.

Domestic aerospace research and development is more difficult than aviation research and development, because country M, which has the most advanced technology in the aerospace field, has decided to prohibit its own space agency from cooperating with the China Space Administration. As a result, any technical problems encountered in domestic aerospace development can only be solved through self-research. solve.

Self-study is too difficult.

Aerospace research and development is very complex, involving all aspects of technology, and research and development has developed from scratch to the present, and has produced many amazing results.

For example, the launch of various types of launch vehicles and reconnaissance satellites, breakthrough developments in manned space technology, etc.

The country is absolutely supportive of the development of the aerospace industry, because space exploration is the general direction of human science and technology development.

The earth is very, very small.

The earth is so small that it cannot accommodate an excessive population. It is so small that resources have become the focus of competition among various countries. It is so small that the weapons manufactured by humans can cover the entire earth several times.

On such a small earth, the space for display is very limited.

War is very illustrative.

There is very fierce competition among the big countries now, but everyone knows that it is almost impossible for a major war to break out between the big countries, because the earth simply cannot withstand it.

Some people say that World War III will cause the extinction of mankind, which is very reasonable.

The universe is like the sea.

The earth is like a boat.

Several people paddled a small boat in the sea. Because the space in the small boat was limited, everyone who wanted to sit more comfortably had to squeeze in with others to compete for the limited space.

However, it is almost impossible to fight between strong people, because too much movement will capsize the boat and everyone will fall into the water.

At this time, what should you do most? Find land, or find other ships to gain more space.

This is the importance of aerospace development.

Of course.

It seems a little too early to talk about "finding land and other ships" now, but developing relevant technologies and increasing understanding of space is definitely not the wrong direction.

The Lunar Exploration and Aerospace Engineering Center has many large-scale development projects, including manned spaceflight, space stations, manned lunar landing technology, Mars exploration, etc., and each development project attracts attention.

This meeting of the space agency is also a summary of the technical report on the development project.

The person in charge of each project, as well as the relevant technical person in charge, must report on the development project separately and make a planned plan for future technology research and development.

In fact, it is just like an ordinary company. During the meeting, the head of each department will talk about the work progress of the department, and then plan the next stage, which is basically 'what have we done', 'what will we do next week', ' What technology needs to be tackled', 'What is the most critical thing', etc.

As a rare 'audience' at space agency meetings, Zhao Yi only felt sleepy. He was still very interested in aerospace technology, but he had no interest in work reports.

The meeting of the space agency lasts for about two days, and there are meetings of several sub-departments.

Zhao Yi listened all morning and couldn't bear it anymore. Fortunately, he saw Zheng Guoyan.

Zheng Guoyan is the head of the Lunar Exploration and Aerospace Engineering Center. After attending the meeting, he approached Zhao Yi and asked with a smile, "Academician Zhao, how do you feel after listening to it all morning?"

"Drowsy~"

Zhao Yi replied somewhat listlessly.

This answer was absolutely unexpected. Zheng Guoyan was stunned for a moment and then burst out laughing, "You are so direct and it does make people want to sleep. However, this meeting is still very important to us."

Zhao Yi nodded in approval.

Zheng Guoyan took Zhao Yi to dine together. They found a small room in the restaurant and started talking while eating, "I am very interested in anti-gravity. Ever since I learned about this technology, I have been thinking about whether it can be applied in Aerospace field. Academician Zhao, do you have any ideas?"

Zhao Yidao, "I haven't thought much about application issues, and I don't know much about aerospace technology..."

Zheng Guoyan smiled and nodded, "Then can you tell me what anti-gravity can achieve?" He added in particular, "It's not a technical principle."

Zhao Yi is not afraid of confidentiality issues.

Zheng Guoyan is a top leader in the aerospace field. If he knew about anti-gravity technology, it must have been revealed by a senior executive. His level was high enough to know the secrets, and the invitation to himself was also public. There was no problem of privately inquiring into confidential technologies.

Zhao Yi nodded and talked about some technical issues that can achieve anti-gravity.

Zheng Guoyan was surprised when he heard this. He had learned about related technologies before, but he only heard the reports from high-level meetings and knew that a certain amount of anti-gravity could be achieved. He heard from Zhao Yi that anti-gravity could be continuously superimposed and cut off. 'Maybe' is a professional issue such as gravitational waves, which is even more shocking.

Aerospace technology is already mankind's top high technology, but compared to anti-gravity technology, it seems to be ordinary.

Aerospace technology is high technology, and anti-gravity is black technology!

How come this kind of technology, which only exists in science fiction movies and human imagination, was suddenly developed?

Zheng Guoyan took a deep breath. He continued to chat with Zhao Yi about anti-gravity issues and came to several conclusions. The first one was that anti-gravity devices can only be built on land or large platforms.

Anti-gravity technology may be used to take off and land spacecraft and launch vehicles, and the technology itself may bring a new way of launching and landing.

However, it requires very detailed demonstration, involving the anti-gravity device itself and the design issues of launch-related equipment.

This is very complex.

In addition, the coverage area of ​​anti-gravity devices includes space, which may affect the operation of satellites in outer space.

This is very important to note.

Zheng Guoyan and Zhao Yi talked about the anti-gravity issue and took him to visit the aerospace department. They went to several R\u0026D centers together and saw a lot of aerospace-related technology research and development.

Zhao Yi is very interested in space solar panel technology, because solar energy is light energy, and the most fundamental thing is the energy carried by photons.

In aerospace-related projects, energy is very important. In space far from the ground, the only way to obtain energy is through light energy.

Zheng Guoyan hired a technician to help Zhao Yi introduce the space solar panel technology. He mainly introduced what kind of problems would arise from the operation of solar panels in the harsh environment of space and how to solve these problems.

This part of the technology is external and has nothing to do with microscopic photons.

Zhao Yi learned about the relevant technology, not wanting to improve the technology, but hoping to gain a clearer understanding of the characteristics of photons.

Obviously.

It's impossible here.

Spatial analysis is his research direction, and antigravity is the breakthrough in space analysis. For experiments and applications of antigravity, photons are the best choice, because photons are the easiest to produce.

Other particles, such as neutrinos, are better thought of antigravity after controlling their spin, and may have more potential for research. However, neutrinos cannot be controlled at the moment, so they cannot be studied at all.

Other particles also have their own flaws.

While listening to the technician's explanation, Zhao Yi thought about the issues of photon antigravity and space research. He just listened to most of the content. But when the technician talked about the detailed operation of the battery panels, he noticed a word he mentioned.

"Internal rotation..."

"Spinning?"

Zhao Yi suddenly frowned, interrupted and asked, "Wait, you said spin?"

"Yes, what's wrong?" The technician was a little confused and didn't know what Zhao Yi meant.

"Spinning, spinning..."

Zhao Yi kept chanting in a low voice and repeated it many times. He simply sat on the chair next to him and continued to chant the word 'rotate'.

Rotation is very important!

When superconducting materials are energized, they generate ion lattice spin, which will produce an anti-gravity effect. Photon spin will also produce an anti-gravity effect. The principle of anti-gravity equipment is to allow photons to produce a certain degree of spin.

So……

What if the anti-gravity device also spins?

This is not only a theoretical issue, but also a technical issue. The spin of the anti-gravity device can greatly reduce the complex design of the internal photon path. At the same time, the overall rotation of the device will also produce a certain degree of chaos, allowing photons to move in addition to their spin. , and a wider range of rotation.

So what happens?

"If the device itself spins, it will definitely cause chaos..."

"This chaos may also have an effect on antigravity, but what exactly?"

"The anti-gravity effect is chaotic, expanding and cutting off the gravitational wave area? The cross section is chaotic and spread to all directions, maybe parallel, maybe up and down?"

"Or achieve a certain degree of balance of anti-gravity effects?"

"Or... nothing will happen?"

Zhao Yi sat on a chair and thought carefully. Others were watching, wanting to ask something but not daring to interrupt.

Zheng Guoyan, technicians and others didn't know what to do when they saw Zhao Yi suddenly sitting down and thinking, still mumbling.

It was Zheng Guoyan's reaction, and he quickly asked the others to leave. When he got outside, he guessed, "Academician Zhao must have thought of some key point. Don't disturb him!"

"By the way, Xiao Li, you are here to see if Academician Zhao needs anything..."

"good!"

"I really want to know what it is!"

“Academician Zhao’s research, but maybe it’s about solar cell technology?”

"I hope so."

"Academician Zhao, I'm really looking forward to it!"

"..."