This method has a difficult problem to solve, that is, the strength of assembled asteroids, because a satellite is ‘assembled’ by a large number of asteroids, and its structure is not comparable to other naturally formed stars.

If there is no other reason, after hundreds of years or even longer, the satellite will gradually undergo compression and fusion due to gravitational rotation and other reasons, and finally merge into a single satellite.

However, there are two problems with this method. One is the "assembly" of asteroids. It is very difficult to complete this task by relying on the technology of both the Predator and the "Creator". Even if it is barely completed, various problems will occur, and the other problem After the completion of the'assembly', the strength of this satellite is too low.

Because after the completion of the ‘assembly’, the satellite has a large enough mass and volume, and has an orbit, but this also makes it the target of an asteroid impact in the universe. A large number of meteorite asteroid collisions will disintegrate this fragile satellite. Therefore, the success of this program is very difficult.

The second solution is artificial manufacturing. This solution is to create an artificial satellite, or it can be said to be a space fortress. This space fortress is made of metal and will be loaded with a large number of weapons. It uses a bio-energy host and a nuclear fusion energy core. , The size is one-fifth the size of Seablue Star.

The advantage of this plan is that this artificial satellite can be manipulated by humans, which will affect the climate of Seablue Star and adjust the environment of Seablue Star. Moreover, this interstellar fortress is also the defender of the entire Seablue Star, an interstellar fortress with many weapons. Before this fortress fell, Seablue Star was safe.

The disadvantage is that it is expensive and difficult to build. The construction time may take hundreds or even thousands of years.

The third plan is somewhat similar to the first plan, but this time instead of capturing an asteroid, it captures a satellite directly, and then transports the satellite to the capture orbit of Seablue Star.

In the galaxy where the sea blue star is located, there are many planets with satellites, and some of them even have dozens of satellites. In this star system, there is a giant gaseous planet. The mass of this giant gaseous planet far exceeds that of other planets in this galaxy. According to the research of the ‘Creator’, this planet has many satellites.

Allen called this planet the Emerald Star, because when viewed from space, the color of this planet was emerald green, which looked as beautiful as emerald. The distance between it and Seablue Star is between 700 million kilometers and 1 billion kilometers. This emerald star is the cleaner of this galaxy.

Because of its huge mass, it has a very strong gravitational force. Asteroids passing through its orbit are easily captured by it. It attracts all the aimless asteroids and comets in the universe, ensuring that the sea blue star is not Will be attacked by an excessive number of meteorites.

This Emerald Star has a large number of satellites, these satellites are large and small, the largest of which has a mass of one-eighth that of Seablue Star, and is also the largest satellite of this galaxy. After calculating that the best size of Seablue Star's satellite is about one-thirtieth the size of Seablue Star, Allen found a suitable satellite among the many satellites of this giant gaseous planet.

The advantage of this scheme is that once it is delivered, the satellite problem can be solved, and the time is the shortest. The disadvantage is that it is the most difficult.

However, it is very difficult to transport it, because there are too many ion thrusters needed to change the orbit of such a large satellite.

The energy required is also astronomical. Allen asked those scientists to do experiments. To push an asteroid to the capture orbit of the seablue star, at least 10,000 particle thrusters with the highest power are required, which consumes all ion thrusters. The energy is also huge.

And this is not the most important issue. The biggest issue is the strength of this satellite, because it needs strong enough reasoning to get rid of the gravitational orbit of the emerald star, so it needs strong enough thrust.

After careful measurement, the scientists found that the satellite belongs to a rocky planet. There is magma inside the planet and the plates are in constant motion. Even if Allen has installed an ion thruster for the satellite that is sufficient to propel it, it is more likely to be Crush this satellite like an egg with a pop.

This kind of satellite is not as strong as we imagined, unless it is a planet with a high metal content, such as Mercury, which can use this planetary thruster on a planet that contains a lot of metal.

All three plans are difficult. After discussion, Allen decided to use the first plan to experiment. This plan is not difficult in the early stage. The capture of asteroids has been done many times, and the predator is already very proficient. .

Once again, I came to the asteroid belt. After some exploration, Allen found an asteroid with a diameter of about 50 kilometers. It was calculated that an asteroid of this mass would be the most cost-effective to use an ion thruster.

There are a total of five asteroids to be captured in the first batch. Except for the largest asteroid with a diameter of 50 kilometers, the others are all asteroids with a diameter between 10 and 30 kilometers.

After spending some time installing ion thrusters for these asteroids, and then proceeding in the direction of the blue sea star according to the predetermined orbit~lightnovelpub.net~ Because of the gravity of the emerald star, the asteroid's orbit is arc-shaped, so although the distance is It has been lengthened a lot, but the reasoning requirements for the thruster have been reduced a lot.

After a little time of voyage, these asteroids finally came to the gravitational capture orbit of the sea blue star. The five asteroids were in gravitational orbits and began to revolve around the sea blue star. At the same time, the propeller is constantly adjusted to prevent the asteroid from being attracted by the seablue star's gravitational force and eventually collide with the seablue star.

We must know that such a large asteroid impact is enough to directly destroy the seablue star ecosystem that has just been transformed.

The next step is to ‘assemble’ these asteroids, which is also the most difficult part of this project. According to the current technology of the two civilizations, some metal connecting frames are built on these asteroids and then connected. At the same time, an ion thruster was installed at the opposite position of the connection to force these asteroids to ‘assemble’ together.

The metal requirements used in this solution are very high. According to the technology of both the Predator and the "Creator", it is difficult to achieve, so Allen is going to use another method. Since technology is temporarily unable to do it, then change his mind and use spells. NS. There are still some ways to achieve the effects that technology can't achieve.