Genius of the Rules-Style System

Zhao Yi had long been mentally prepared for the fact that Zhang Qican, Huang Zhong, and Ruan Wenye were unable to quickly understand the new formula because it was too difficult.

The theoretical content was all researched by him, but many of the "Law of Causality" and other abilities used, and many small details were skipped. It is indeed not easy to slowly deduce and then understand.

Zhao Yi's understanding of the content is also based on causal thinking. If he slowly deduce it with logical thinking, there is really too much content.

This is probably because the theories related to space were all developed by himself and have not been systematically organized.

There are many formulas and definitions in mathematics and physics that can be learned now. It is equivalent to learning on the basis of predecessors without having to investigate the source of each formula and definition.

The theory of space is different.

Because it has not been systematically organized, the content inside needs to be understood from the basics. As long as it is slightly expanded, it becomes very complicated. Not to mention that his latest research involves thirteen complex formulas, and each formula has The solution is as difficult as a 'little mathematical conjecture'.

If several people from the theory team were asked to understand the content together, it would not necessarily be possible to understand everything within a few months or a year.

On the way to the theory group's residence, Zhao Yi was thinking about the issue of 'systematic sorting'. One advantage of 'systematic sorting' is that after sorting it out, others can learn based on the conclusions (formulas and definitions). Participate in research instead of not knowing even the basics.

The downside is...

Content can easily leak out!

There is a lot of complicated derivation and calculation content. Even if all of it is leaked, it will be very difficult for others to understand it. It probably requires the most top mathematicians, who can study it for several years.

It would be much easier to sort out the conclusions later.

For example, Newton's theorem.

As long as you know Newton's theorem, you can understand its meaning and be able to apply it, without knowing how Newton's theorem was developed.

However, Zhao Yi still decided to apply to add manpower to the theory team and systematically organize the space-related research content, because he cannot be the only one doing the research. Space mathematics is a new system and his energy is limited. , no matter how efficient it is, it is impossible to complete the research of a system.

“You should still apply!”

"We need to sort out the basics and start from now on. The theory group should be doing this work. Only when more people participate in research can academic development be achieved."

From the perspective of the development of human science and technology, knowledge must be disseminated, rather than studied by oneself and leaving behind a lot of "heavenly books".

As for the problems that may arise, it is appropriate for senior management to consider them.

After Zhao Yi returned to the theory team, he made relevant applications to his superiors and explained his reasons. Then he began to explain the contents of the thirteen columns to the theory team.

He continued to explain for more than a week before senior leaders arrived.

The senior leader attaches great importance to the theoretical collation work. He and Zhao Yi talked alone for half an hour, talking about the importance of the theoretical collation work and the possible technical leakage problems.

Then, the senior leaders left.

A few days later.

Zhao Yi waited for more than a dozen mathematics and physics experts sent by the Academy of Sciences, the military, and the Institute of High Energy. They were all doing confidential research, and several of them were eyeing the title of academician.

Before coming, they also knew that they would participate in anti-gravity theoretical research, and they immediately became very excited and felt the country's trust.

More than a dozen people joined, and the theoretical team was extremely expanded.

Zhao Yi held a meeting for everyone, took out a lot of basic information, gave everyone a portion, and started sorting out the basic theories.

This part includes space obstruction, particle boundary theory, mass point shaping, etc., which is the basis for space-related research.

He didn't come up with the 'Code of the Gods' and the 'Thirteen Groups of Photon Antigravity Formulas', but the basic things were quite precious.

The new members of the theory team are only responsible for organizing the content. Relevant theoretical research and theoretical support for the anti-gravity team still rely on the original team.

Zhao Yi continued to explain the thirteen sets of photon antigravity formulas to Zhang Qican and Ruan Wenye. Because the explanation lasted for a long time, they had already understood a large part of it, and the rest needed to be thought about and tried by themselves. Once he understood, he became much more relaxed.

After he really relaxed, Zhao Yi was in the mood to study technical issues.

The most important content of the thirteen sets of photon antigravity formulas is 'In which state of photons can resist space squeeze with the greatest efficiency (forming a space barrier area)' and 'In what state of photons can most efficiently be absorbed by space' Ability (efficient enough to form a space hood)'.

Based on the theoretical basis of the thirteen sets of photon anti-gravity formulas, a smaller and more efficient anti-gravity device can be designed, and it can also be demonstrated how to open the space cover as quickly as possible.

Zhao Yi began to design according to theory. Technical issues were not difficult for him. He designed the original anti-gravity device alone. He only needed to understand some relevant equipment to complete the design.

In the next three days, Zhao Yi spent three hours a day on design and completed a 'minimum device design drawing'.

The smallest one is about two meters in diameter.

The diameter is only about 10%, which is absolutely amazing. However, the design of the device is not perfect, and there are several "flaw points" in the internal operation, which cannot form a perfect circuit. As a result, after the space barrier is turned on, there will always be photon energy escaping, and the energy The escape speed will become faster and faster.

When the energy dissipation reaches a certain level, the space barrier can no longer be maintained.

If the space cover is continuously opened, not only will a large amount of device energy be consumed, but the speed of internal photon energy dissipation will also be greatly increased, making the device opening time shorter.

"If a high-power small beam and a dense structure are used, it can only last for half an hour, right?"

"Open the space cover, ten minutes at most..."

"However, the advantage is that considering that several energy leakage points are more conducive to space absorption, the speed of opening the space cover is accelerated, and it only takes a dozen seconds at the fastest..."

"Maybe this smallest anti-gravity device can be used in the aviation field?"

"When used as a rocket thruster, the effect should be good."

…

After completing the design of the smallest anti-gravity device, Zhao Yi submitted the design. As for how to apply it, it was up to the top management to make decisions and let other departments consider it.

He still stayed in the theory group, giving explanations to others and paying attention to the organization of basic theories of space mathematics.

At this time, a piece of good news came.

The anti-gravity team's experiments have made significant progress. The newly built 'levatorable anti-gravity device' was successful in the experiment. The device rose to an altitude of one thousand meters and remained suspended for about an hour.

The success of this experiment is significant.

When a large anti-gravity device rises to a high altitude, a lot of basic data can be collected, such as the impact of the rising surrounding air on the device, the impact of high-altitude wind, etc.

These are all laying the foundation for building an aerial fortress. Only with more experimental data can we design a more complete aerial fortress.

When the news came that the experiment was successful, Dong Lihua also came to the theory group with the senior management. He mainly came to Ruan Wenye to inquire about the progress of the new theoretical research and see if it could be applied.

The senior leaders wanted to talk to Zhao Yi about the issue of small anti-gravity devices.

"This device can indeed be used in the aviation field." The senior leader said, "I have consulted with experts and it can greatly improve the performance of rocket thrusters, but the specific design and application require more demonstrations and experiments."

"In addition, it can also be used in the military. The diameter of two meters can even be used in missile technology."

The senior leader made a casual remark in this regard, while Zhao Yi said thoughtfully, "When used in missile technology, the effect must be very high. If the space cover can be opened, it cannot be locked."

"But if it is a missile, as long as it is fast enough, it will not be locked, and there is no need to open the space cover. It still needs to be used for launch propulsion, which can make the missile design larger and rise higher, but during the falling process , anti-gravity will actually become an obstacle."

"It's enough to rise!"

The senior leader smiled and said, "The most important thing about missile technology, especially long-range intercontinental missiles, is to promote the upward process."

"If it can carry a larger load and rise higher, there will be no technical difficulties in its descent."

The most important thing for a missile is to rise. After the missile reaches the highest point, relying on fuel propulsion and gravity, the speed will become faster and faster, reaching more than ten Mach or even dozens of Mach at the fastest.

If the speed has reached Mach 20, any air defense system will be useless.

Therefore, the missile's rising height, load, and technology to ensure that it is not locked during the ascent are the most important. The difficulty of the descent and raid process is relatively much smaller.

Zhao Yi chatted with the senior leaders for a while, and then talked about the new results with Dong Lihua.

Dong Lihua was very excited when he heard this, "Academician Zhao, you mean that the anti-gravity device can be designed to be smaller and more efficient."

"right!"

"That's great!" Dong Lihua said, "What we care about most is efficiency and energy consumption!"

This is the biggest technical lack of the anti-gravity team.

The design of the Sky Fortress lacks core power technology, so the design cannot be completed at all. It is impossible to regard several large heavy oil generators as the power of the Sky Fortress. The Sky Fortress with advanced technology is supported by several heavy oil generators. , it’s a bit funny just thinking about it.

The design of the Sky Fortress is on the one hand. In the current experimental process, power is also a big problem. The efficiency of heavy oil generators is not high, and the experiment requires a large amount of fuel.

If energy consumption is relatively reduced, experiments will be relatively easier.

While a few people were still talking about the new progress, a related major incident occurred in public opinion -

The anti-gravity device was photographed and posted on the Internet, and it was not just one photo, but several photos from various angles, as well as images taken by satellites.

If it were just one or two photos, it could be said to be a rumor, but if there were multiple photos and satellite photos, it would be impossible to cover it up.

In various published photos, the anti-gravity device looks like a huge disk, and several 'complex machines' (heavy oil generators) can be clearly seen on it.

Public opinion is boiling.

International public opinion is exclaiming, "A large UFO has appeared!"

"No, it's not a UFO. It can be easily discovered that this disc-shaped aircraft is not perfect and is definitely not the product of aliens."

"That's China conducting research on new secret weapons!"

"How did the super large disk-shaped aircraft float into the sky? It lasted for more than an hour and even landed normally."

"This must be the secret weapon!"

"China is building an air carrier, which will become the highest technology in the future!"

"This aircraft carrier does not have a large propeller. How did it fly into the air?"

"Could it be the propeller below..."

"impossible!"

"If you want to use thrusters to push such a large device to levitate, the fuel consumption will be astronomical. Just to levitate for one hour, there is no need to do that."

"What exactly is it?"

International public opinion is full of curiosity and concern, while domestic public opinion is full of excitement.

"It turns out that our country still has such powerful things, super large aircraft that can levitate!"

"This tonnage...is truly an aircraft carrier!"

"What kind of aircraft carrier is country M? It's so weak. An aircraft carrier that can fly is a real aircraft carrier!"

"Awesome! Awesome! It's really awesome this time!"

"What powerful weapon is not as powerful as an aircraft carrier! When I saw it, I thought it was a fake, and then I saw the overwhelming news!"

"It must be true. Satellite photos have been released abroad!"

"What exactly is this?"

"Is it true that we are studying UFOs? But UFOs also need technical support, right? How do they fly up?"

"Could it be...anti-gravity!"

soon.

Someone thought of anti-gravity.

It is almost impossible to levitate such a large device using conventional technology.

If it is driven by a propeller, you will definitely be able to see a large jet of flames below the device, but only the center and two sides can be seen below, and sporadic sparks can be seen, which are even negligible compared to the device itself.

Today's aircraft, such as fighter jets and helicopters, rely on propellers and wings to fly. If a large device wants to fly, the propellers and wings will definitely be made very large.

Then it can only be anti-gravity.

There are smart people not only in China, but also abroad. The focus of international public opinion has also become research related to anti-gravity.

The theory of superconducting anti-gravity published by Zhao Yi and Li Ning was quickly discovered, and public opinion began to discuss the possibility of using superconducting anti-gravity to build large-scale aircraft.

Obviously.

That is impossible.

The anti-gravity effect of superconducting is too poor. In theory, it can only reduce gravity by a few percentage points. Compared with large-scale devices, it will have almost no effect because the superconducting device itself also has gravity.

However, public opinion still believes that there must be a relationship between the two.