Genius of the Rules-Style System

From the perspective of the TV camera, a super-large anti-gravity thruster rose from the ground and soared into the sky like a huge flying saucer.

Unlike rocket thrusters, the initial acceleration of anti-gravity thrusters is not that fast, and there are no violent flames and smoke below. The scene really looks like a science fiction movie, which makes everyone feel very shocked.

The live broadcast is carried out simultaneously around the world, using spatial connection technology, without any delay.

The whole world started discussing, "This huge thruster is so powerful. I can only think of the large UFOs in the movies."

"It's like an alien spacecraft. It just rises out of the ground inexplicably. I don't know what technology it uses."

"This is really amazing. I never thought that one day I would see a scene like this, not in a movie, but in reality."

"I have been reading reports that the anti-gravity technology of the Institute of Mechanics is close to the top level, and there is even hope of catching up. Now I know that it is the same as farting."

"It stinks! It's just a fantasy. Does the Institute of Mechanics know about such a large anti-gravity thruster? They can't even manufacture a small anti-gravity thruster."

"Looking at this anti-gravity thruster now, you can see that their technology is decades ahead!"

Everyone was shocked.

Although the acceleration of the anti-gravity thruster was not as good as that of the rocket thruster, the speed was not that slow. Soon the huge 'UFO' in the field of vision turned into a small black dot in the sky.

In fact, the initial acceleration of an anti-gravity thruster is more than twice as slow as that of a rocket thruster. However, due to the stable output power, after reaching a high point, the earth's gravity becomes smaller and smaller, and the acceleration continues to rise, and the increasing speed is faster and faster.

In other words, anti-gravity thrusters have faster subsequent acceleration, and the maximum speed they can reach is about twice as high as rocket thrusters.

After rising to an altitude of 100 kilometers, the acceleration of the anti-gravity thrusters will stabilize, but it will continue to accelerate. When reaching an altitude of 200 kilometers, the anti-gravity thrusters will significantly reduce the power to maintain a stable speed. .

This practice is done to maintain stability and reduce energy consumption.

When the anti-gravity thruster reaches an altitude of 300 kilometers, most of the propulsion devices will be shut down.

The staff inside the thruster began to fine-tune the speed and route to ensure that the thruster could complete its mission normally.

The process from the anti-gravity thruster rising from the ground to approaching the space station takes about half an hour, which is about the same time as a large rocket launcher.

The TV camera showed all the way to the anti-gravity thrusters, and the performance of the thrusters shocked everyone.

"In my opinion, with this performance, it would be easy for this thruster to go to the moon."

"If you can go to space, going to the moon won't be a big problem."

"Don't forget, there is a pilot on it, and there is more than one. This thruster will also return to the ground. This is a super large space shuttle. I believe that the energy it carries will definitely be enough to support going to the moon."

Indeed.

Just like a very professional comment, as long as we can escape the gravity of the earth and go into space, there will be no technical difficulties in going to the moon.

This has nothing to do with distance.

When any device goes into space or goes to the moon, most of it relies on gravity and inertia drive, rather than relying solely on its own energy. The energy consumed to reach space from the ground is higher than that to reach the moon from space. process.

As long as precise calculations are carried out and the device is made resistant to risks in space, the device can be guaranteed to reach the moon safely.

The process of getting the anti-gravity thruster to the space station is still a bit long.

While waiting, many people were talking about it.

The same goes for live television.

The host kept making introductions, but what was a little embarrassing was that he still didn't know what the super experiment was, so he couldn't talk about it based on the experiment.

He even had a guess, "Is the super experiment the launch of a large anti-gravity thruster? Or the docking with the space station?"

"Shouldn't it?"

Because the large anti-gravity thruster has already performed one mission before, which was to send the space station into space.

At that time, large anti-gravity thrusters did not appear on TV screens. What everyone saw was the space station, directly in space.

This seems to make sense, but it always feels weird.

Finally, when the gravity thruster was launched and approached the space station, the scene completely changed into a space scenery. More people were looking forward to it, especially those professionals. They didn't know how the anti-gravity thruster was connected to the space station.

The two seem unable to connect.

What they saw next was very shocking.

The anti-gravity thrusters used a very domineering approach. During the process of approaching the space station, they directly aimed at the space station in a parallel attitude, and slowly approached and merged directly.

The whole process can be understood as the space station landing directly on the platform provided by the anti-gravity thruster, and the two ultra-large equipment overlapped together.

All the scenes turned to the platform on the anti-gravity thruster. Several staff members wearing space suits came out and turned on the equipment to secure the space station. Then the door of the space station was opened, and three astronauts who had worked for about a hundred days walked out. out.

This process is like completing a handover task on a large ship. First, let a large aircraft or fighter jet land on the ship, and then let the pilot get off the plane, and then you can adjust the supplies and equipment at will.

So the rest of the work is very simple.

Although the process seems very straightforward, anyone who understands the technical content of it all knows how difficult it is. It requires very high skills, but at the same time it also has a very big advantage, that is, it makes the process simple.

If it is a regular material delivery, it is necessary to launch a special rocket thruster to transport the cargo cabin, and then allow the cargo cabin to dock with the space station in space.

Because the capacity of the cargo warehouse is limited, each launch requires a rocket thruster. The cost of each delivery mission is very huge, and the materials transported are very limited. Generally, large equipment cannot be carried at all.

This was the case for the last delivery of the Z-wave device, except that it used a small anti-gravity thruster. The thruster transported the Z-wave device into space, and finally allowed the Z-wave device to dock with the space station independently.

Docking in space needs to be very precise, and no mistakes are allowed, and the error tolerance rate is very low.

The method used now is much simpler and more direct, but the technology required is also very high-end.

The command center is also discussing.

The senior leader asked Zhao Yi, "Academician Zhao, what do you think of this technology? Let the space station land directly on the anti-gravity thruster platform and directly complete the transportation of astronauts and supplies."

Zhao Yi looked at the screen and said, "This is a very good foundation, but there is still a lot of room for improvement. I think the thrusters can be made larger, just like large spaceships, like those in science fiction movies, leaving Exiting a cabin allows direct access to the space station.”

"It's an open-air platform now, so it's still dangerous."

The senior leader shook his head with a wry smile, "Currently we have no way to build such a large spaceship unless -"

He didn't finish.

Zhao Yi understood the meaning and knew that the senior leaders were talking about 'nuclear fusion device'.

Although the energy consumption of anti-gravity thrusters is relatively low, because it uses conventional power, it requires a large amount of space to load fuel.

This is where the limitations come in.

If we have a nuclear fusion device with stronger power and more stable output, and use the energy provided by the nuclear fusion device as the core, we can build a larger spaceship, and truly realize a large-scale spaceship carrying thousands or tens of thousands of people like a science fiction movie. spacecraft.

Zhao Yi is still very much looking forward to the development of nuclear fusion devices, and no one knows the progress of the development of nuclear fusion devices better than him.

The current nuclear fusion device was designed by him. The compression core has been manufactured and compressed in one breath by Z-wave coverage. The remaining work is to improve other auxiliary components, including the power device at the output end.

The main reason why the nuclear fusion device has never been completed is the lack of experience. The core of the one-time compression molded nuclear fusion device is not very perfect.

In the process of adding auxiliary parts, the core device also needs certain adjustments.

This adjustment process is very complicated. The main reason is that the material properties in some locations are too high-end. The melting point can even exceed 10,000 degrees Celsius, and the hardness and toughness are also very high. It is very difficult to make simple adjustments, such as inserting a small nut. trouble.

When a large-scale precision device requires manual modification, it becomes very complicated. However, because the core device is already in place, the perfecting process is relatively simple. In addition, there are no restrictions on material performance. Insurmountable technical difficulties.

So all we need now is to wait. The research and development of nuclear fusion is the most important project. Both the level of attention and the level of support are at the highest level. With a large number of technical talents, the work efficiency is still very high.

Zhao Yi talked about the nuclear fusion device with the senior leaders. The topic they discussed was not research and development, but how to arrange the nuclear fusion device after it was developed.

Zhao Yi’s suggestion is to directly improve the technology and use it in the manufacturing of spaceships. “I think the most important thing is to build a very large spaceship. This spaceship does not need to explore the universe, but allows it to continuously fly around the earth. , just like a space station, but it replaces the role of the space station."

The senior leaders also nodded and said, "This large spaceship platform will have great strategic significance."

Let's imagine.

There is a spaceship in space that is larger than an aircraft carrier, constantly flying around the earth. It carries a work team of hundreds or thousands of people, as well as huge cabins that can accommodate a large number of small spaceships, and it also has independent weapons systems.

That would be very scary!

Zhao Yi continued, “If we are building a second spacecraft, we must consider cost and technical issues.”

"The aviation group has recently opened a company. You should know it, right? It specializes in manufacturing small spaceships to make up for the lack of research and development in space exploration technology."

The senior leader nodded and said with a smile, "I know this. You have also raised a lot of funds, tens of billions."

Zhao Yi smiled and said, "I am very optimistic about research and development in this area, but the most important thing is to supplement the research and development direction."

This is also true.

Domestic core research and development are all in large-scale research and development, including the research and development of aviation groups, anti-gravity technology, Z-wave technology, space link technology, controllable nuclear fusion technology, etc.

These projects are all very high-end, but for the research and development of small projects, both the number of talents invested and the research and development funds allocated are relatively "poor".

It is like developing computer technology alone and only developing the underlying operating system. It will definitely not work. If you want to truly popularize computer technology, you need to develop a lot of application software.

However, the country does not share core technologies such as anti-gravity technology and space link technology, and even some key projects are still kept secret. It is simply impossible for other institutions and private enterprises to develop supporting technologies.

Therefore, in the research and development of space exploration technology, there is a lack of supporting technology.

The establishment of Yixing Company has made up for the shortcomings to a certain extent. It is best to enable small spacecrafts, with the support of core technologies, to assist future spacecrafts in achieving more functions and completing more tasks.

For example, planet exploration.

If a large spacecraft wants to conduct planetary exploration, it will certainly not be able to land directly on the planet. It will need functional spacecraft to assist. Whether it is the transportation of materials or personnel, it will require small spaceships.

This completes the technical and functional additions.

While Zhao Yi was discussing with senior leaders, the anti-gravity thruster finally completed its mission and successfully left the space station.

At this time, something strange happened.

Normally, when the space station is about to conduct a super experiment, the anti-gravity thruster task has been completed, and it can return to the ground normally, and the perspective will be on the space station. As a result, the perspective still stays on the anti-gravity thruster, and it follows the thruster. Continue. Orbiting the Earth normally.

Amid many people's doubts, the anti-gravity thruster suddenly moved.

A small spaceship appeared on the platform of the anti-gravity thruster. The small spaceship took off independently and broke away from the anti-gravity thruster.

After that, the perspective stayed on the small spaceship.

This small spacecraft looks very similar to a UFO. You can tell at a glance that its structure is an anti-gravity device.

"What is this for?"

"A sudden release of an anti-gravity craft?"

"This aircraft seems to continue to fly around the earth, but the route of the anti-gravity thrusters is different."

The speed of the small spaceship was very fast, and it accelerated to a certain extent during the flight. After about half an hour, it had already circled the earth.

After two weeks of orbiting the Earth, the small spacecraft re-approached the space station.

When everyone was puzzled by the small spaceship approaching the space station, the host of the live TV column finally got the manuscript of the super experiment.

The manuscript was delivered directly to the host. The host took the manuscript and took a look at it, then suddenly stopped. He opened his mouth and did not speak for a long time.

This can be said to be an explanation error.

The person in charge of the live broadcast column team immediately expressed dissatisfaction with his eyes and shouted into the headset, "Speak! What are you doing!"

"Oh, oh~~"

The host took a deep breath, and then said with a complicated tone, "Now we finally have the information of the super experiment. The name of this super experiment is--"

"Space shuttle experiment!"

"The main content of the experiment is to allow a small anti-gravity spacecraft to shuttle through space. It will within ten seconds——

"Arrived at the moon!"