Rule department scholar

"It's really amazing, I really didn't expect to see such a scene one day, and not in a movie, but in reality."

"I've read 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's the same as farting."

"It stinks! It's purely whimsical. Can the Institute of Mechanics know such a large anti-gravity thruster? They can't even make a small anti-gravity thruster."

"Looking at this anti-gravity thruster now, we know that their technology has been decades ahead of other institutions!"

Everyone was very shocked.

Although the acceleration of the anti-gravity thruster is not as fast as that of the rocket thruster, the speed is not so slow, and soon the huge 'UFO' in the field of vision becomes a small black spot in the sky.

In fact, the initial acceleration of the anti-gravity thruster is more than twice slower than that of the rocket thruster, but because of the stable output power, after rising to a high point, the acceleration of the earth will continue to rise, and the speed of increase will be faster and faster.

In other words, the anti-gravity thruster has a relatively fast subsequent acceleration, and the maximum speed it can reach is about twice as high as that of a rocket thruster.

After reaching an altitude of [-] kilometers, the acceleration of the anti-gravity thruster will stabilize, but it will continue to accelerate. When it reaches [-] kilometers in space, the power of the anti-gravity thruster will be greatly reduced to keep the speed stable. .

This is done to maintain stability and reduce energy consumption.

When the anti-gravity thrusters rise to an altitude of 300 kilometers, most of the propulsion devices will be turned off.

The staff inside the thruster began to fine-tune the speed and route to ensure that the thruster can complete the task normally.

It takes about half an hour for the anti-gravity thruster to rise from the ground until it approaches the space station, which is about the same time as a large rocket propeller.

The TV camera has been showing the anti-gravity thruster, and the performance of the thruster has shocked everyone.

"In my opinion, according to this performance, it is very simple for this thruster to go to the moon."

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

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

This is true.

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

It has nothing to do with distance.

When any device ascends into space and goes to the moon, most of them rely on gravity and inertial drive instead of purely relying on their own energy. The energy consumed from the ground to space is higher than that from space to the moon. process.

As long as precise calculations are made and the device is able to resist risks in space, it can be guaranteed that the device will reach the moon safely.

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

In the process of waiting, many people are talking about it.

The same goes for live TV.

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

He even had a guess, "Could it be that the super experiment is the launch of a large anti-gravity thruster? Or the docking with the space station?"

"Shouldn't it be?"

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

At that time, the large anti-gravity thrusters did not appear on the TV screen, and what everyone saw was the space station, which went directly to space.

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

Finally, when the gravity thruster is approaching the space station, the picture has completely changed into a space scene, and more people are looking forward to it, especially those professionals. They don't know how the anti-gravity thruster is connected to the space station.

The two seem to be incompatible.

What they saw next was very shocking.

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

The whole process can be understood as that the space station landed directly on the platform provided by the anti-gravity thruster, and the two super-large devices overlapped together.

All the scenes were switched to the platform above the anti-gravity. Several staff members in spacesuits came out, turned on the equipment to fix the space station, and then the hatch of the space station was opened, and the three astronauts who had worked for about [-] days left. come out.

This process is like completing work 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 materials 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 knows how difficult it is. It requires very high technology, but at the same time it also has a great advantage, which is to make the process easier.

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

Because the capacity of the warehouse is limited, each launch needs to consume a rocket booster, and the cost of each delivery mission is very large, and the materials to be delivered are very limited, and generally cannot carry large equipment at all.

This was the case with the delivery of the Z-wave device last time, except that a small anti-gravity thruster was used. The propeller transported the Z-wave device into space, and finally let the Z-wave device autonomously dock with the space station.

The docking in space needs to be very delicate, and a little bit of error is not 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 leaders asked Zhao Yi, "Academician Zhao, what do you think of this technology? Let the space station land directly on the platform of the anti-gravity thruster, and directly complete the work of delivering astronauts and materials."

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 propeller can be made bigger, just like a large spaceship in a science fiction movie, leaving If you go out of a cabin, you can let the space station directly enter."

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

The senior leader shook his head with a wry smile, "At present, we have no way to manufacture such a large spaceship, unless—"

He didn't finish.

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

Although the energy consumption of anti-gravity thrusters is relatively low, because conventional power is used, a large part of the space is required to load fuel.

This is where the limitations come in.

If you 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, you can create a larger spaceship, and truly realize a large-scale spaceship carrying tens of thousands of people like in a science fiction movie. spacecraft.

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

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

The main reason why the nuclear fusion device has not been completed is the lack of experience. The core of the nuclear fusion device formed by one-time compression is not very perfect.

In the process of adding auxiliary components, the core device still needs some adjustments.

This adjustment process is very complicated. The most important thing is that the material properties in some places are too high-end, the melting point can even exceed [-] degrees Celsius, and the hardness and toughness are also very high. If you want to make simple adjustments, for example, inserting a small nut is very difficult. trouble.

When a large and precise device needs to be manually modified, it will become very complicated, but because the core device is already in place, the perfecting process is relatively simple, and there is no material performance limitation, so there is no Insurmountable technical difficulties.

So all we need now is to wait. The research and development of nuclear fusion is the most important project. Whether it is the degree of attention or the degree of support, it is the highest level. It also has a large number of technical talents, and its work efficiency is still very high.

Zhao Yi and the senior leaders talked about the nuclear fusion device. 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 manufacture of spaceships. "I think the most important thing is to manufacture super-large spaceships. This spaceship does not need to explore the universe, but let it fly around the earth continuously." , just like a space station, it just 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.

In space, there is a spacecraft that is bigger than an aircraft carrier, constantly flying around the earth. It carries a work team of hundreds or thousands of people, and a huge cabin that can accommodate a large number of small spaceships, and it also has an independent weapon system.

That is definitely a very scary thing.

Zhao Yi continued, "If we are building a second spaceship, we must consider the cost."

"Aviation Group recently opened a company, you should know? It specializes in the manufacture of 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 said with a smile, "I am very optimistic about the research and development in this area, but the most important thing is to make supplements in the direction of research and development."

This is also true.

Domestic core R&D is all in large-scale R&D, including the research and development of aviation groups, anti-gravity technology, Z-wave technology, space link technology, controllable nuclear fusion technology and so on.

These projects are very high-end, but for the research and development of small projects, whether it is the number of talents invested or the research and development funds allocated, they are relatively "poor".

It's like developing computer technology alone, and only developing the underlying operating system, which is definitely not enough. If you want to really 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 being kept secret. It is impossible for other institutions and private companies 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 lack to a certain extent. It is best to allow small spaceships, with the support of core technology, to assist future spaceships to achieve more functions and complete more tasks.

For example, planet exploration.

If a large spacecraft wants to explore the planet, it must not directly land on the planet. It needs a functional spacecraft to assist. Whether it is material transportation or personnel transportation, small spacecraft are needed to achieve it.

This completes the technical and functional additions.

During the discussion between Zhao Yi and the senior leaders, the anti-gravity thruster finally completed its mission and successfully left the space station.

At this time, a strange thing happened.

Normally speaking, if the space station is going to conduct a super experiment, the task of the anti-gravity thruster has been completed, and it can return to the ground normally, and the viewing angle will definitely be on the space station. As a result, the research of the viewing angle stays on the anti-gravity thruster, and it follows the thruster. Continue Orbit the earth normally.

Amidst the doubts of many people, the anti-gravity thruster suddenly moved.

On the platform of the anti-gravity thruster, a small spaceship appeared. The small spaceship took off autonomously and broke away from the anti-gravity thruster.

After that, the angle of view stayed on the small spaceship.

This small spaceship looks very similar to a UFO, and you can tell at a glance that its structure is an anti-gravity device.

"What is this for?"

"Suddenly released an anti-gravity vehicle?"

"The vehicle appears to continue orbiting the Earth, but the route of the antigravity thrusters is different."

The speed of the small spaceship is very fast. During the flight, it also accelerated to a certain extent. After about half an hour, it has already circled the earth for a week.

After orbiting Earth for two weeks, the small spaceship has re-approached the space station.

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

The manuscript was sent directly to the host. The host took a look at the manuscript and suddenly stopped. He opened his mouth and didn't speak for a long time.

This can be said to be a misinterpretation.

The person in charge of the live program group immediately gestured dissatisfied with his eyes, and at the same time shouted into the headset, "Speak up! What are you doing!"

"Oh, oh~~"

The host took a deep breath, and then said in a complicated tone, "Now we finally got the information of the super experiment, the name of this super experiment is—"

"Space shuttle experiment!"

"The main part of the experiment is to send a small anti-gravity spacecraft through space, and it will in ten seconds-

"Reaching the moon!"

Chapter 612 The experiment was successful!

The TV screen shows the field of view of the camera on the small spaceship, the hull of the side of the small spaceship is in the shot, and the space station is clearly visible in the starry sky.

The small spacecraft quickly approached the space station, and at the same time, there was an obvious sharp turn, and the space station was quickly thrown to the edge of the camera.

The host is constantly introducing, his tone is very slow, but he is obviously very excited, and there is a hint of doubt in his tone, "The experiment being carried out now is called space shuttle, and the main content of the experiment is to allow small anti-gravity spaceships to perform space shuttle."

"The experiment predicts that it will reach the moon within ten seconds."

"Small spaceships will not land on the moon, but will fly around the moon, including probes orbiting the moon, which will continue to take pictures of the moon and send them to Earth."

The host's follow-up introduction is no longer important. The term "space shuttle experiment" and the explanation of "reaching the moon in ten seconds" are enough to let everyone know the content of the experiment.

All the audience in front of the TV were shocked, "Space shuttle? Isn't it the kind of space shuttle I understand?"

"Through wormholes, across space?"

"It shouldn't be through a wormhole. The experiment didn't mention a wormhole, but it must be a shuttle, and the speed will be very, very fast."

"To reach the moon in ten seconds, you have to travel [-] kilometers in one second, which is one-tenth of the speed of light."

"impossible!"

"This violates the laws of physics. The speed of an object with the mass of a spaceship cannot reach one tenth of the speed of light, otherwise the energy it possesses is too terrifying!"

"Will a spaceship at this speed crash into the moon, causing a violent impact event on the moon?"

"Man-made meteorite impact!"

"Didn't you hear that? The host said that they won't land directly on the moon."

"Is this important? You missed the point, the important thing is space shuttle! Space shuttle! Space shuttle!"