Rule department scholar

"It makes sense! I can't find a reason to refute!"

At the same time, the scientists were even more shocked than the audience, and some of them even put forward the same point of view as the ordinary audience, 'the spaceship uses the anti-gravity barrier to travel to other parallel spaces, and in this space, it does not interact with matter'.

However, they are just talking.

This statement can easily be overturned, because there are several traces of the spaceship walking on the ground at the scene, and they are very heavy traces.

This is a clear proof of the interaction with matter, and it also shows that the spaceship is still walking on the ground during the shuttle process.

Foreign scientists were shocked that the spacecraft did not make a loud noise during its shuttle.

This is the most crucial point.

In fact, it is normal that the spacecraft does not have an acceleration process, because the Z-wave has built a space channel, and if there is an acceleration process, the "shuttle channel" is tantamount to losing its meaning.

During the test, if there is no loud noise, it is very incomprehensible.

From the traces left by several spaceships, it can be easily judged that the spaceship completed the shuttle during the process of walking on the ground. The anti-energy barrier can isolate energy, but it cannot isolate matter. The spaceship did not fly. Just walk on the ground normally.

At the same time, watch the video carefully, and you can find a very important point--

The ground for the test shuttle route, some changes have taken place.

It is difficult to judge what this change is, but the comparison can be seen in the video. The ground after the shuttle test seems to be a little concave.

There are very few recesses in the ground, and it is difficult to really see it without a large-scale comparison.

Foreign research institutes and scientists paid close attention to the video, and after making a judgment, their eyes lighted up.

It's easy for them to come to the conclusion that -

The manufacturing technology of advanced compressed materials is the same as the principle of establishing space channels, both by compressing space and matter.

Both are inseparable from a technology - Z-wave.

Of course.

Every organization knows that Z-wave technology is very important, but they don't have the technology to launch Z-wave stably. At most, they can only use anti-gravity devices to open anti-energy barriers to accumulate energy and release them.

This method is very backward, the energy of the emitted Z-wave is very low, and the effect is very unstable, there is no way to control it at all, and there is no way to study it in depth.

Going back to the question just now, the spacecraft did not make a loud noise during its shuttle on the ground.

This is where the problem lies.

Many people know that when a fighter jet is flying, it will make a loud noise. The sound comes from the turbofan engine of the fighter jet. The reason why the engine makes a loud noise is the entry and discharge of air.

So in the final analysis, it is caused by the intense friction between the fighter jet and the air during the flight.

Some fighter jets can accelerate to supersonic speed, and at the moment of acceleration to exceed the speed of sound, the edge of the fighter jet squeezes the air, which will form a huge sonic boom vibration.

These are caused by friction with the air.

The spacecraft has a huge body, and the speed in the test has reached one kilometer per second. In theory, within a few seconds of the test, it will rub against the air violently and release a huge noise.

But, not at all!

The spaceship goes very fast right away, and makes the same sound as it did before moving slowly.

"This is impossible!"

Some scientists saw the test process, and suddenly shouted in surprise, "We have proved that the anti-energy barrier cannot isolate the air, nor can it completely isolate the sound."

"How could there be no sound! Could it be a problem with signal transmission or picture transmission?"

"It was filmed on-site, and the sound of the helicopter propeller can be heard, why is there no sonic boom!"

Some scientists mentioned another problem, "Normally speaking, it is impossible for a spacecraft to reach a speed of one kilometer per second with its structure that does not conform to streamline mechanics at all. The air will form a huge resistance, forcing it to move forward at this speed, resulting in The friction force may turn the spaceship into a huge fireball!"

"Even if it reaches a speed of one kilometer per second, the moment it leaves the channel, it will definitely bring about a huge air flow—"

"This does not conform to the common sense of physics!"

Last but not least is the butler.

Even if foreign scientists don't want to believe it, they must believe what they see before them, that is, "In the space shuttle channel, Newtonian mechanics has failed to some extent."

Or it can be understood in this way, 'the shuttle channel is an independent space, which is inconsistent with the external laws of physics', and 'the anti-energy barrier of the spaceship can isolate the laws of physics to a certain extent'.

and many more.

When the test experiment happens in front of your eyes, you must believe what you see, and then think about the physical principles.

Even if the establishment of a space shuttle channel is a brand new science, it is not fantasy magic, and it must conform to certain physical laws and cosmic rules.

-

The success of the land shuttle experiment marked the spacecraft project and achieved a phased victory.

This victory is very crucial.

It's as if fighter jets have created the core engine, and aircraft carriers have created the key power facilities. The core is the most important, while other parts can be replaced, and there are no technical difficulties.

Of course.

In fact, the reason why there are no technical difficulties lies in the development of compressed material technology, so that the spacecraft is no longer restricted by material technology.

In any case, victory is still very important. After the test was successful, the project team held a grand celebration party, and even the bottom-level personnel received a lot of bonuses.

There is still a lot of work for each leadership. After a short and clear test on the day of the test, work needs to continue the next day.

Zhao Yi is also very busy. He not only has to care about the technology and data during the test, but also needs to represent the project team, participate in the public press conference after the test, and answer a series of questions from reporters.

In the core technology field of spacecraft, Zhao Yi is the one who has the most say and is also the one who can best grasp the technology-related public information issues.

This press conference was very grand, with more than 300 journalists from more than [-] countries.

Zhao Yi, Chen Zesheng and other technical team leaders sat in a row with the senior leaders.

The previous one was the normal speech of the senior leaders, basically saying how important the spacecraft project is, announcing that the spacecraft project has achieved phased success, and looking forward to the follow-up progress and future exploration of the universe.

Then came the technical questioning session.

The focus of many foreign reporters is the question of foreign scientists, "Why does the spacecraft not interact with the air when it shuttles in the channel?"

This is one of the advances.

Zhao Yi was the subject of the question. He smiled, "First of all, the conclusion of this question is wrong. The spacecraft will also interact with the air during the shuttle process."

"I understand what you mean. You want to ask, why doesn't it produce a sonic boom like a fighter jet? Right?"

"This problem is very responsible, and it is related to the relativity of time and space."

"We all know that the speed of matter depends on the observation point and on relativity. For example, on a train, the positions of passengers are relatively stationary."

"The area of ​​the shuttle process can be regarded as a train. When the spaceship shuttles, its speed must refer to the material inside."

"That's my answer."

Zhao Yi didn't go into too much depth, and if he continued, he would involve the issue of space.

Although the principle of the space channel is to compress the space, it has been 'guessed' by many scientific institutions, but if the information is made public and discussed in depth, many principles will definitely be revealed.

These principles are confidential in nature, at least for the time being, it is better not to say it.

Zhao Yi's example is straightforward.

Everyone at the scene understood it, but in the ears of professional physicists, there is too much to understand.

Waterways, equivalent to trains?

The matter inside is all on the 'train', but, even so, some matter inside is not moving.

For example, there is a static stone in the middle.

What would happen if there were stationary stones?

The waterway and the train are also different, because the train is always moving relative to the rails, but the waterway does not seem to be moving.

How can this be equivalent?

If, as guessed, the technology of compressing materials is the same as the principle of building waterways, the stones will definitely be compressed. What changes will happen to the compressed stones, and will they stay in place?

and many more.

These are questions.

When you think deeply, you can find more problems.

Many foreign scientists are very concerned about the press conference. Zhao Yi's answer has been interpreted in various ways, but it has aroused more doubts.

A lot of physicists have found a big problem --

In the space channel area, there is likely to be a brand new physical system!

This is too tempting for physicists.

A high-energy particle collider can attract countless physicists to participate in the work, because participating in the research of particle collisions, you can see many new changes, and you can study microphysics through particle collisions. Experiments to perfect the microscopic physical system.

To put it simply, participating in particle collision experiments can easily produce some physical results.

A brand new physical system is much more valuable than a particle collider.

That means that they can study a brand new system through relevant experiments, so as to understand the universe in depth, and it may be easy to solve some problems that cannot be answered by the existing physical system.

When many scientists were moved by it, it was also reflected internationally. Some academic institutions actively communicated with China, hoping to participate in the research of Z-wave and anti-energy barrier technology.

They don't want to let the country disclose the technology as before, but they hope to send experts to participate in the experimental research.

Some agencies also specifically stated, "We are only studying the physical characteristics of the channel, not the Z-wave generation technology."

This requirement is very embarrassing for the country.

If only scientists are sent to participate in the research on the physical characteristics of the Z-wave channel, it will not affect the confidentiality of the technology, and there are still some benefits.

China does lack a large number of top physicists in related fields.

This kind of research will also allow the country to better understand the Z-wave channel and compression technology, and the country has the most critical Z-wave generation technology. The research findings in related fields are very beneficial to the country.

But is research really necessary?Will it cause some other problems?

soon.

The question was thrown to Zhao Yi.

Chapter 6 Inspiration is very important, and so is luck!

Zhao Yi is always asked for his opinion when making domestic decisions about the latest technology, because Zhao Yi is the one who knows the technology best, and his personal influence also radiates to the world, becoming the most influential scientist.

However, Zhao Yi has no interest in decision-making. The most important thing is that Z-wave related research and development involves confidentiality issues. He will definitely not make decisions personally, and can only offer his own opinions to help as a reference.

He first raised the point that the study of the Z-wave coverage area is very meaningful.

Now he has analyzed the occurrence of the Z-wave coverage area and the physical characteristics of the connotation based on the experimental results, but it is impossible for him to complete the analysis.

When space compression occurs, how the surrounding space operates, how the overall reaction will be, and the internal physical mechanism changes, each problem is very complicated, and there are many things that can be studied in it. There will be many new discoveries.

This is also the reason why many foreign institutions and foreign scientists hope to participate in the physical research related to the Z-wave coverage area.

The current domestic Z-wave generating equipment is based on Zhao Yi's original design. .

The Z-wave generation technology is said to be mature. In fact, it is only in terms of application. It is relatively proficient, but maybe the Z-wave generation technology can be used in many aspects, because the related technologies are not well understood, and the scope of application is greatly reduced. up.

Application, not analysis and research.

Now in China, Z-wave technology seems to have accidentally discovered the method of making explosives, and has been continuously manufacturing explosives, using the characteristics of explosives to be applied in various fields. The application is indeed very skilled, but what is lacking is the knowledge of explosives. study in depth.

Why can explosives be produced according to the formula?

Why did the dynamite explode?

and many more.

There is a lot of scientific content involved, which requires very careful and in-depth research.

If you just apply it, you will definitely miss a lot of things.

The same is true for Z-wave technology, and in-depth research is something that must be done in the future.

When many foreign institutions came to talk and joined in the study of the physical characteristics of the Z-wave coverage area, the domestic people felt very excited.

This is mainly due to the lack of top theoretical physicists in China, and the physical issues related to the Z-wave coverage area are more complicated than particle collisions, requiring a large number of top physicists to participate in the research.

Although China has been encouraging the cultivation of theoretical talents in physics and mathematics in recent years, the effect of training is not very good because the time is still very short. In addition, not everyone can become a top mathematics and physicist with hard work. The fields of mathematics and theoretical physics are in great need of talents.

Some people are good at solving problems and can quickly answer any difficult questions. They can be said to be geniuses, but when they really participate in the research of mathematical physics, their work efficiency is very low.

Therefore, it is very difficult to cultivate theoretical geniuses. A large-scale talent base is needed for some top talents to emerge.