The asteroid spacecraft has been completed, and it has been operating in an orbit of about 100,000 kilometers on the giant planet, and now it has been formed, and it has begun to adjust its direction to approach the low earth orbit of the giant planet, that is, the position where it is berthed into the 1,500 kilometers above the giant planet.

As the asteroid spaceship approaches, the greater the influence of the giant planet, of course, the giant planet will also be affected by the asteroid spacecraft, especially the side close to each other, the greater the influence of mutual gravity, the asteroid spacecraft is very strong because it is a whole steel structure, and it will not disintegrate or anything if it is affected by the gravitational pull of the giant planet. And the asteroid spacecraft is covered by force fields on the outside and inside, and these force fields are distributed in various positions of the asteroid spacecraft, forming isolation measures similar to biological cell membranes, and inside are steel walls, which are somewhat similar to the cell walls of organisms, and then there are material spaces with various functions, like different types of cytoplasm.

They are just like cells, in fact, these material spaces are not as closed as cells, cells can only transmit energy between them, but not matter, but these material spaces can be transmitted whether they are energy or matter, and material space and material space are not so closely glued together, and there will be gaps between them, which are corridors, transportation channels, various energy pipelines, etc.

They are more like atomic nuclei than they want cells, because they both resist a force field, that is, repulsion, and they repel each other, and it is more like two nuclei do not fuse together, unless they are heated to an extremely high temperature and make them unstable, they can eliminate the repulsion and then fuse with each other.

What Tan Qiusheng is doing now is to simulate the state of the nucleus as much as possible inside the asteroid, and only by maintaining an independent nuclear state, so that the large spacecraft can reduce its own strong gravitational influence, if its own gravity is too strong, the spacecraft will collapse and self-destruct.

Why do asteroids need to be added in front of the asteroid spacecraft, it is because its mass is too large, with a radius of 200 kilometers, which is directly 400 kilometers, reaching a volume of 33493333.33 cubic kilometers.

For example, the pressure is different between the shallow water area and the deep water area, the deeper and deeper the core area, the greater the gravitational force and pressure, which also applies to the asteroid spacecraft, in order to prevent the outer matter from being squeezed like the inner material, it is only to divide them into atomic nuclei-like things, and use their repulsion force against each other to cancel out their own gravitational problem.

The benefits of such a structure are numerous:

First, it is such a structure that the spaceship can be almost infinitely large.

Second, there are a lot of compartments in the spacecraft, and if some are destroyed, there will be no chain explosion like firecrackers, because each material space has its own repulsive protection, and the destroyed material space only needs to channel its energy out, excrete and dilute it, and then it will be done to rebuild the destroyed material space.

Third, you can monitor each material space in an all-round way, and you can also open up your own functional space, such as different modes of natural ecological space, a warehouse in a simple sense, and it will be very good to do a warehouse, this kind of space is basically a vacuum environment, and there will be no water vapor and bacteria in it.

A production space is a place where various factories are set up to produce various industrial items, such as robots, machinery and equipment, vehicles, clothing and shoes, and food.

And these material spaces have a characteristic, that is, they are very large, and large batteries are also set up, in the event of a power outage, these material spaces can also maintain a fairly long operation, mainly to supply the force field, everything else inside will enter a low-power state, only when the power returns to normal, the low-power state will be lifted.

There are many kinds of material space, and as long as there is a need, it will open up a material space with new functions.

Fourth, the maximum utilization efficiency of space, in terms of a single material space, each of them can use space in 360 degrees, how big it is, how much space can be used, the planet is basically used in plane space, and material space is used in three-dimensional space, and the gap between the two is huge.

After talking about a single material space, let's talk about the whole, each material space is arranged next to each other, and here is actually the use of three-dimensional space, so the space of the entire asteroid spacecraft is very large, and the space inside can be put to use, not wasted at all.

The internal gravitational force of the asteroid cancels each other out, but they are still a whole, just like an iron ball, and it will not cause the overall structure to disintegrate because the nuclei on the iron ball have mutual repulsion, the iron ball as a whole still has gravity, but the iron ball is not big and cannot be felt.

As an asteroid spacecraft, it is a whole, and the gravitational influence on the close surface of the giant planet is quite huge, but whenever it passes through the area, these places are affected by tidal gravity, which will cause geological disasters, mountain collapses, debris rolling down, frozen seas, ice breaks and uplifts, and so on.

Since the asteroid spacecraft has officially docked into low earth orbit, of course, the launch vehicle will not miss this hitchhiker, only to see countless carrier rockets in the sky approaching the asteroid spacecraft, like a swarm of moths to the flames of insects, rushing towards the top, soon some launch vehicles approached the gravitational radiation range of the asteroid spacecraft, the speed of the launch vehicle suddenly increased a cut, and soon it was low to the area with the highest gravitational radiation, low here, This means being able to fly into space with ease.

After flying into space, these launch vehicles stagger the asteroid spacecraft, and then separate the material they carry, and the separated material flies towards a predetermined position, and they will circle in an orbit of 100,000 kilometers, and then form a new asteroid spacecraft.

The launch vehicles, having completed the mission, entered the atmosphere again, and then adjusted their attitude according to the navigation on the ground and flew their landing platform.