Rule department scholar

"why?"

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

"It's different."

Zhao Yidao, "Those are just small Z-wave generators, and their performance is really bad. I hope to install a medium-sized Z-wave generator, with a minimum capacity of about [-] tons. I just looked at the various warehouses of the space station, and I feel that it is installed to carry people. On the spaceship, it is the most suitable."

"Thirty tons, isn't it a bit too heavy?" Zhou Haomin frowned, "If a [-]-ton Z-wave generator is installed, various data need to be re-proved. Academician Zhao, this matter is too big, I can't do it decided, can you tell why?"

The leader in front and a few people around also looked over.

Zhao Yi has nothing to say, because it is a very big matter, and it is impossible to do it in a hidden manner. "Installing the Z-wave engine is of course an experiment. The magnetic field in space is much less affected by it. Medium-sized The performance of the Z-wave generator is barely enough, and many experiments can be done."

"for example?"

"Material compression, and Z-wave studies."

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?"

"of course."

Zhao Yidao, "It doesn't have to be to install the Z-wave generator directly. I hope to reserve a splicing interface to connect the Z-wave device. This is very important for Z-wave research."

Several people discussed and entered the conference room.

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

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

"Yes."

Zhao Yidao, "Everyone knows that the Z wave can directly compress the space, and the space cover can shield the space compression, so the space photos can directly travel through the compressed space."

"If a Z-wave device interface is reserved on the space station, Z-waves can be generated directly in space, and then the anti-gravity device that opens the space cover can travel through the area covered by Z-waves, and we can pass through the situation. Study space shuttle technology."

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

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

What Zhao Yi said stunned everyone.

Many people at the conference have heard of the principle of Z-wave compressing space, and also heard of the "space shuttle" mentioned by Zhao Yi, but they always feel that there is still a long way to go before it can be realized, maybe decades. It may not be possible to do it.

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 be fruitful, will definitely take a long time to demonstrate and wait for the supporting technologies to mature.

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

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

The latter, even many people don't believe it.

Even in high-level meetings, many people questioned, because the space shuttle technology sounds full of fantasy, is it possible to reach Mars in a few seconds?

This doesn't sound like it can be achieved by human beings in a short period of time, and it may not necessarily be achieved in the next few hundred years.

So when Zhao Yi directly talked about the space shuttle technology, and wanted to leave the Z-wave generator link port on the space station, and hoped to conduct space penetration experiments in the future, many people were shocked.

"Is it really possible?"

"Academician Zhao, are you joking?"

"is it possible?"

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

"Secondly, a splicing port for installing the generator should also be reserved."

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

"My planned destination is the moon. As long as there is no problem with the experiment, I can reach the moon within ten seconds."

"Once again, this is not a joke!"

Chapter 6 Zhao Yi: The space cover is a black hole!

The content of the 'Space Shuttle' experiment that Zhao Yi mentioned shocked everyone a lot.

Some people know for the first time that Z-wave compresses space, which can allow spaceships to travel through space. They feel like they have participated in a future technology seminar, or even just a future technology imagination meeting, but what was clearly stated at the meeting It is the fact that it is an experiment that is about to be prepared.

After leaving the conference room, they still felt a little dazed.

Before that, they knew Z-wave, but they only knew that Z-wave could be used as a weapon, so they created Z-wave satellites.

They later learned that Z waves could be used to create new types of materials.

It is incredible to hear that the biggest function of the Z wave is to allow spaceships to travel through the universe.

Has technology developed to this extent?

Humans are about to conquer the universe?

Many people felt a little dazed, as if what they heard at the meeting just now were dreams.

There are also a large number of people who have heard of Zhao Yi's Z-wave space shuttle function, but it is only as a plan for future development.

For example, before computers became popular, some people shouted slogans saying that every household could use computers.

If you go back 30 years, no one would believe this kind of thing. At that time, most ordinary families couldn’t even afford a TV, and those with better conditions didn’t have access to a computer at all. It's amazing.

When I yelled the slogan at that time, I just felt that it was an imagination for future development.

So they didn't care much after hearing it, but instead paid attention to the performance of Z-wave as a weapon and the ability of Z-wave to manufacture new materials.

Now Zhao Yi talks about leaving a port on the space station for the later installation of the Z generator to assist in the space shuttle experiment, which feels very incredible.

Because the space station will be launched soon, and it will not exceed three months at the latest, so calculating the time, the installation of this wave of generators will be postponed for at most half a year, and then the space shuttle experiment will be carried out within a year.

If there are no major problems in the middle, they will be able to see the space shuttle time that can only be seen in science fiction movies within a year.

Just thinking about this matter makes me feel complicated. It gives people the feeling that the speed of technological development is too fast. Humans have not conquered the entire earth, but they have begun to conquer the universe.

At the same time, many people also thought of another major problem--

Spaceship project.

Recently, high-level scientific and technological meetings have been talking about the spaceship project, because it was proposed by Zhao Yi and received support from many people. The spaceship project is only in the discussion stage, but it has aroused many people's discussions.

This project is difficult to pass because it requires a lot of money. It is conservatively estimated that the initial investment will exceed 1000 billion, and it is not known how much will be invested in the future.

At the same time, the method of project development has also caused great controversy.

Because a lot of money and high technology are involved, some people proposed to cooperate with other capable institutions.

This idea has received a lot of support, because it has many benefits to cooperate with other institutions, for example, to increase the influence of science and technology in the world, for example, it can greatly reduce capital investment.

In addition, conquering the universe seems to be a matter of 'earth', and all human beings on the earth should be united to do related projects together.

Of course, no matter how the project is carried out, first of all, the project must be passed before the research and development method can be demonstrated.

Before, they were sure that the project would be delayed for several years before they could determine whether to invest in research and development, but now they found that the project might be approved immediately.

As long as the space shuttle experiment can be successful, coupled with the gradually mature anti-gravity technology and the nuclear fusion device under research, it can be said that there will be no technical problems.

For a large-scale R&D project, the most important points are two points--

One is technology and the other is material.

With the core technology, Z-wave can also produce high-strength compression materials suitable for the cosmic environment, which means that the core difficulties have been overcome.

Other auxiliary techniques don't seem to be any difficult.

After the meeting ended, many people were still talking quietly.

They are very much looking forward to it.

But the job now is to inspect the construction of a large anti-gravity thruster.

Because there have been several small anti-gravity thrusters and successful experience in transporting satellites into space, large-scale anti-gravity thrusters have no direct technical difficulties, but are relatively complicated.

Led by the head of the space agency, a group of people visited the large anti-gravity thruster.

The large anti-gravity thruster is about four stories high, and it looks very huge. From the bottom, it can be found that it is an inverted cone, and it is surrounded by shelves.

After entering it, check the internal equipment from the gaps left.

Most of the interior is composed of beam pipes and reserved high-energy beam equipment interfaces. The high-energy beam equipment has not been installed. The person in charge introduced the parameters such as materials and performance, and also talked about, "We have prepared to give this thruster , with a high-compression aluminum-magnesium alloy coating."

"The high-compression aluminum-magnesium alloy coating is a material developed by the Z-wave experimental group. It can effectively resist radiation and electron rays, and will greatly reduce the impact of the thruster from space. It can be reused after returning to the ground and simple maintenance."

"The most difficult thing is still power, because the propeller needs to retain a part of the energy to return to the ground."

"The space station orbits the earth at a speed of 7 kilometers per hour, and it takes a day for the propeller to return to the earth. It is planned to orbit the earth [-] times before it can slow down and get close to the ground."

"Because the air group is a big challenge to the strength of the thruster skin material."

"Before, we planned to keep the core to replace the outer device after it completed its task. Now we are considering using a new high-strength compression material to make the outer skin."

The person in charge introduced a lot. The only thing he didn't introduce was the principle of high-energy beam arrangement. In fact, he didn't understand it at all.

The arrangement of the internal high-energy beams was designed by the anti-gravity experiment group and the theory group, and the principle is not even understood by experts from the space agency.

When asked, the person in charge looked at Zhao Yi with a wry smile.

Zhao Yi asked about the power and energy consumption of the high-energy beam, and then directly pointed out several places. There are still some problems with the installation position and angle of the high-energy beam equipment.

There is no major problem with the whole device, but after changing the positions and angles of several high-energy beams, energy consumption can be effectively reduced.

"After this change, the occurrence power can be reduced by about [-]%. For the specific data, you can do an experiment to know."

The team responsible for the antigravity thrusters at the space agency was immediately grateful.

Although it only changed the positions and angles of several high-energy beams, it directly reduced the energy consumption by [-]%, which is quite remarkable.

The biggest problem with anti-gravity thrusters is energy consumption.

In fact, the anti-gravity thrusters that bring the space station don’t need to be so big at all. The space station as a whole only occupies half of the upper part, and the fuel tanks are below the other parts.

When an antigravity thruster performs a mission, it is the fuel at the largest time, and the fuel consumed is even higher than that of a rocket thruster.

Of course, the advantage is that the weight that the anti-gravity thruster can carry is much higher than that of ordinary rocket thrusters. In addition, ordinary rocket thrusters cannot be recycled, and the minimum cost of performing a mission is tens of millions.

Anti-gravity thrusters only consume fuel, and the cost is relatively much lower.

If energy consumption can be reduced, not only will the cost of performing missions be greatly reduced, but more importantly, the thrusters can be made smaller, which is equivalent to a major technical improvement.

-

After returning to the capital, Zhao Yi participated in several meetings in a row, including a meeting of the space agency.

The space agency has set the time for the launch of the space station at the end of three months. It was also confirmed at the meeting that the space station will leave the connection port of the Z-wave generator. It is expected that within half a year, the Z-wave generator will be installed on the on the space station.

at the same time.

The international public opinion is still discussing the space cover, and the space cover has become the hottest topic for a long time, and relevant research and development news has also been disclosed one by one.

There is a very interesting news that there is a top rich man in the world who wants to spend a billion dollars to have the Institute of Mechanics install the latest space cover device in the underground of the villa manor. He was planning to build a villa above it.

"If one day there is a nuclear-war-war and a nuclear-weapon-weapon falls on my city, I will be able to open the space shield immediately, and maybe it will be able to protect me, my family and friends, There will be no immediate impact."

"This is very important!"

"The space shield can effectively isolate energy. I believe it will be the best protective weapon. Although the time is relatively short, it is enough."

The Institute of Mechanics' research on the space cover is indeed very advanced. They have been able to manufacture a space cover that lasts up to 15 minutes, and it takes about half an hour to open it.

In the whole process, a lot of energy will be consumed, but for the top rich, it is nothing at all.

But this top rich man has a rich imagination.

The research on the space cover is considered to be the most cutting-edge, and it is impossible to popularize it for civilian use for the time being. In addition, many people are still opposing the research on the space cover, let alone seeing a space cover device in the surrounding area.

Regardless of whether it is from a legal perspective or from other perspectives, even if the Institute of Mechanics wants to earn this money, it is impossible to actually install it.

Of course.

It's also not ruled out that this thing is a hype.

But there is no doubt that the Institute of Mechanics' research on the space cover has been considered the second in the world.

At this time, a piece of paper by Zhao Yi once again ignited public opinion--

"Space Shroud and Black Hole Analysis".

Zhao Yi published a Chinese paper in the "Yanhua University Journal", which is almost equivalent to "daily disclosure of research and development progress".

He is doing theoretical research and will not talk about technical issues.