Genius of the Rules-Style System

The research and development of the space station has reached the final stage, and the space agency has reported the specific launch time. In fact, as early as two years ago, the space agency made a timetable. The core module, which is the most central part of the space station, will be launched first. The other parts are launched one by one and are connected to the core module using ultra-high space docking technology.

This process is very slow, and each part, including the experimental module, manned spacecraft, cargo module, etc., needs to be transported separately.

But plans can't keep up with changes.

Anti-gravity technology is developing so fast. Anti-gravity thrusters have been used to transport several aircraft to space. Relevant departments believe that the technology is mature and can directly transport high-quality space stations to space. During the demonstration process, it was discovered that The risk is very small, because the anti-gravity thruster has a characteristic that it can be recycled directly.

After a general rocket thruster is launched, all that falls to the ground is debris. This is mainly because most of the main body is fuel, and other parts are not important. Therefore, there is no complex landing system that is not worth the gain.

The anti-gravity propulsion machine is different. Because it uses anti-gravity propulsion, the anti-gravity device can be turned on again during the fall, which directly solves the landing problem. It is impossible not to recover large-scale devices containing high technology. The landing problem is the first Just research.

Since the anti-gravity propeller can be recycled and does not use rocket fuel, the process consumes less energy and the risk factor is greatly reduced.

This time, the inspection team composed of senior leaders, aviation groups, anti-gravity experimental groups, and theoretical groups came to the Aviation Administration mainly to inspect the large anti-gravity thrusters.

The development of anti-gravity technology has actually embarrassed the space station project.

In the past, the space station project was a top priority, but now it seems to be less important, because there are no technical barriers to the launch of large-scale anti-gravity devices. It is completely possible for large-scale anti-gravity devices to be used as a research platform in space. Taking over the role of the space station.

The advantage of a large anti-gravity device is that the space is large enough and the safety factor is very high. However, the maneuverability is relatively poor, and more astronauts must be ensured to work for a long time.

But just a little bit, the space is big enough, far away from the original space station.

Of course.

The current anti-gravity device cannot directly replace the space station because there are no corresponding protective measures. The space station is completely enclosed and uses various high-end materials. The anti-gravity thruster is open and the outer layer is not sealed.

But the sealing problem of the outer layer is actually not a problem, especially after the emergence of Z-wave compression materials.

Researchers have discovered a compressed magnesium alloy material that can be applied to the material to form a thin layer that can directly resist radiation in space and even charged particles emitted by the sun. This means that using this Enclosing the anti-gravity device with materials allows the device to rise a thousand kilometers away and into real space.

This is also a big advantage.

The height of the space station is set at about 400 kilometers, and the maximum is no more than 600 kilometers. This is mainly because the activities of the space station also need to be protected by the earth's magnetic field.

Within a thousand kilometers from the earth's surface, there is interference from the earth's magnetic field.

Within this range, the high-speed charged particles emitted by the sun will be deflected by the earth's magnetic field, which will not directly affect the operation of the space station and satellites. If they rise to a thousand kilometers away, they will definitely be affected by the high-speed charged particles.

The high-speed charged particles emitted by the sun pose a great threat to electronic equipment. Perhaps an ordinary solar storm is enough to damage electronic equipment a thousand kilometers away.

With the newly discovered aluminum-magnesium alloy coating material, it can be directly used in space devices, and satellites and space stations can be placed directly in orbit a thousand kilometers away from the earth's surface.

This will facilitate better experiments and better research on the universe.

These are embarrassing aspects of the space station project, because the research they have done has almost reached a final stage, and it is impossible to change and redesign it after discovering new protective materials.

In short, the aviation bureau is still very embarrassed.

However, the leadership team still attaches great importance to the space station project. First, there is no space station of its own in China. Anti-gravity technology has been developed, but there is still a long way to go before it is fully mature.

In addition, the space station project can also serve as a preliminary exploration to help accumulate technology and experience for subsequent space exploration.

After the inspection team entered the space agency, they were treated to see various components of the space station, as well as the launch plan demonstrated by relevant personnel.

It involves a series of complex technologies, but it is obvious that many original designs have been crossed out.

For example, docking technology.

Space docking technology is very important. Your original design is to transport each component separately, which requires precise splicing in space.

It's different now.

The plan was changed to use anti-gravity thrusters to transport several parts into space at once, eliminating the need for splicing technology at all.

A group of people finished watching the space station, but they were all talking about the anti-gravity thrusters.

In comparison, they are still more interested in anti-gravity thrusters, because anti-gravity thrusters are like a technological product that transcends the times, and space station technology is already available internationally.

Zhao Yi is interested in the space station, but his interests are different.

He and Academician Zhou Haomin, one of the leaders of the space station project, walked in the middle of the team and asked with interest, "Can the space station project still be adjusted? I mean, I want to add an experimental device."

"Experimental device? What experimental device?" Zhou Haomin asked in confusion.

"Z-wave generator!"

"Why?"

Zhou Haomin asked in a low voice, "As far as I know, more than a dozen small Z-wave generating satellites have been launched."

"It's different."

Zhao Yidao said, "Those are just small Z-wave generators, and their performance is really poor. I hope to install a medium-sized Z-wave generator, with a minimum of about 30 tons. I just looked at the various compartments of the space station, and I feel that it will be installed to carry people." On a spaceship, it’s the most suitable.”

"Thirty tons, isn't it a bit too heavy?" Zhou Haomin frowned, "If we install a thirty-ton Z-wave generator, various data need to be re-examined. Academician Zhao, this matter is too big, I can't do it Decision, can you tell why?”

The leader in front and several people around also looked over.

Zhao Yi had nothing to say, because it was a very big matter, and it could not be done by hiding it. "Installing the Z-wave engine is of course an experiment. The impact of the magnetic field in space is relatively small. Medium-sized The performance of the Z-wave generator is barely adequate and can be used for many experiments."

"for example?"

"Material compression, and Z-wave research."

A person from the aviation bureau next to him asked, "But what about energy? A medium-sized Z-wave device consumes a lot of energy once used, right?"

"certainly."

Zhao Yidao said, "It is not necessary to install the Z-wave generator directly. I hope to reserve a splicing interface to link the Z-wave device. This is very important for Z-wave research."

Several people entered the conference room while discussing.

Zhao Yi went to the conference room with several academicians, core staff and leaders and talked about the purpose of reserving the Z-wave generator port, "The experiment I want to do most is to travel in space."

"Space shuttle?" As soon as the word came out, it attracted everyone's attention.

"That's right."

Zhao Yidao, "As we all know, Z waves can directly compress space, and the space mask can shield the space compression, so the space photo can directly travel through the area compressed by space."

"If a Z-wave device splicing interface is reserved on the space station, Z-waves can be directly generated in space, and then the anti-gravity device that opens the space cover can travel through the area covered by Z-waves. We can use the travel conditions to Research space shuttle technology.”

"Based on my calculations, a medium-sized Z-wave generator, at a distance of about 400 kilometers from the surface, can emit Z-waves that can cover all the way to the lunar surface and last for ten seconds. In just ten seconds, , enough anti-gravity device to shuttle to the surface of the moon."

"At the meeting in the capital, everyone knew that I support the spaceship program, and this space shuttle experiment is the core technology of the spaceship."

What Zhao Yi said made everyone stunned.

Many people at the meeting had heard about the principle of Z-wave compression of space, and also heard about the 'space shuttle' that Zhao Yi said, but they always felt that it was still far, far away from its true realization, maybe decades. It may not be possible.

Because of this, the spaceship program has always been under discussion.

A project that takes decades to complete, requires massive capital investment, and may not yet yield results, will definitely take a long time to demonstrate and wait for the supporting technology to mature.

There are two cores of the spaceship program, one is energy-related nuclear fusion devices, and the other is space shuttle technology.

The former is already under research and has achieved certain results.

Even many people don't believe the latter.

Even at high-level meetings, many people have raised questions, because space shuttle technology sounds full of fantasy. Is it possible to reach Mars in a few seconds?

This does not sound like something that humans can achieve in a short time, and it may not be possible in the next few hundred years.

Therefore, many people were shocked when they heard that Zhao Yi directly talked about space shuttle technology and wanted to leave a Z-wave generator link port on the space station in the hope of conducting subsequent space penetration experiments.

"Is it really possible?"

"Academician Zhao, are you kidding?"

"is it possible?"

Zhao Yi said with certainty, "Of course I'm not kidding. It would be best to directly install a medium-sized Z-wave generator. I think the generator technology is already very mature."

“Secondly, a splicing interface for installing the generator must also be reserved.”

"According to my estimation, the relevant technology and materials are now available, and in about half a year, the first space shuttle experiment can be carried out."

"My planned destination is the moon. As long as there are no problems in the experiment, we can reach the moon within ten seconds."

"Again, this is not a joke!"