I Am the Swarm

In the star system where the origin star is located, Rowan calls it the origin galaxy.

According to the data collected by the Lunar Surface Observation Center for a long time, the origin galaxy has a total of eleven planets, from the position of the star outwards, Rowan named them a1, a2, a3... a11, and a5 is the origin star.

Among them, a1 to a3 have no satellites, a4 has two satellites, a5 has two origin stars, a6 has three, a7 has thirty-six, a8 has five, a9 has four, and a10 and a11 are due to the orbital distance. Origin stars are too far away to be sure if they have moons.

In order to adapt to the situation, Rowan developed a new system of annotation. Group the satellites of the a-series planets into groups, for example, a5b1 is the yellow moon, and a5b2 is the red moon. The front a number represents the satellite of which planet they belong to, while the b represents the identity of their satellite, the latter number represents which satellite they are, the nearest is 1, and so on.

Over the years, the swarm has thrown hydrangea between the two moons every three to five, accumulating rich experience in slow-speed throwing. Combined with the rapid development of mouse-human computer technology and measurement technology, the accuracy of the transmitter has been greatly improved.

Now the sporangia, which were launched between two months, have landed within one kilometer of the intended location.

With technical support, the next round of the swarm plan can be formally implemented.

The second round of plans is very cumbersome in detail. In short, it is to occupy the entire origin star system.

The primary goal is to launch sporangia on planets and moons, and then develop sub-bases on them.

Given the different conditions on each planet, the plan may not go smoothly.

However, after a long period of observation, no traces of civilization have been found on other planets in the originating star system, which has ruled out the greatest risk. As for the remaining environmental factors, the magnetic field protection system of the insect swarm should also be able to protect most of them.

Although it is said to be slow, the flying speed of the sporangium has also reached 30 kilometers per second, which is equivalent to one ten thousandth of the speed of light, which is several times faster than the rocket of the Rat Man.

However, in order to increase the success rate, a lot of calculation work has to be done. For example, a4, which is the closest to the origin star, is only about 60 million kilometers away when the two stars are closest. And at the farthest, it exceeds 400 million kilometers, and, at the farthest, there is still a star between the two, so it is impossible to launch successfully.

When the success rate is the highest, of course, when the two are separated by 60 million kilometers. If the two do not move, at a speed of 30 kilometers per second for the sporangia, it will take almost 23 days to fly.

However, the two stars are orbiting the star, revolving rapidly, and the speed is still very fast. In order for the sporangium to accurately hit a4 and its satellites, calculations such as advance, the gravitational influence of many stars, the influence of the revolution and rotation of the stars, the influence of the revolution of stars, etc. are required.

If Rowan was alone, he probably wouldn't be able to calculate the result, but he now has many younger brothers, and the benefits of cultivating the Rat Man civilization are clearly manifested at this time. A Rat Man team with a total of 15,000 people, responsible for these calculations.

However, this is only the a4 planet closest to the swarm, and the a11 at the outermost part of the entire star system takes three hundred years to circle around the star, and the closest distance to the origin star is 8 billion kilometers. At the speed of sporangia, it takes almost 10 years to fly.

And the calculation in the middle is more complicated, because the distance is too far and the time is too long, the calculation complexity of this advance amount is terrifyingly terrifying, not to mention that it has to go through the orbits of multiple planets.

With the current technology of the insect swarm, if you want to split the base on a11, the proportion of luck is probably more. Therefore, Rowan temporarily gave up these planets that were too far from the origin star, and planned to occupy the closer ones first and grasp the bigger ones.

In addition to those that are too far away, he also intends to temporarily abandon the a1-a3 planets. These three planets are too close to the stars, the environment on them is harsh, the colonization is difficult, and they are not too valuable.

For more than ten years, the swarms have successively launched sporangia to the a4-a8 planets and their moons. The reason why it took so long was mainly because the swarm had just made a plan and just missed the closest distance to planet a8.

This miss made the swarm wait for a full ten years before the two of them met again... Of course, this encounter was a distance of hundreds of millions of kilometers.

Of course, over the years, the swarm has not waited for the two to meet. During this period, the swarm had already completed the landing and expansion of a4, a6 and their satellites.

Among them, the a4 planet is closer to the star than the origin star, the temperature on it is higher, and there is no atmosphere, the radiation is more intense, the environment is very harsh, and the surface temperature of the planet can reach more than 200 degrees.

However, this kind of environment is still a very good solution for the swarm. When Rowan was near the submarine volcano, he found many creatures living in a high temperature environment. This high temperature can only be regarded as a drizzle.

However, the water resources above it are relatively scarce, and the growth of the fungus creep is restricted to a certain extent~www.readwn.com~ Therefore, the development speed of the above insect swarm base is also relatively slow.

The a6 planet is just the opposite of the a4. Due to its distance from the star, its surface is covered with a layer of frost, and the water resources are quite rich.

Although the lowest temperature above it can reach nearly minus 100 degrees, Rowan has been able to function normally at this temperature in previous experiments using the enhanced glycerol secretion system in the body.

Moreover, the use of the magnetic field generation system can also stabilize its own problems, so this low temperature cannot affect the development of the swarm at all.

With the support of abundant water resources, the mushroom creep spread wildly, and the insect swarm sub-base with sufficient supplies has also developed well.

As for the a7 planet, according to observations, it is a gaseous planet. This makes it the largest planet in the entire star system, nearly 1,500 times larger than the star of origin, and it also has as many as 36 satellites.

The closest straight-line distance to the origin star is also nearly 1.5 billion kilometers. Two years ago, the two stars approached this closest distance. In less than a year, the swarm has launched more than 100 missiles in the direction of planet a7. Sporangia.

Taking into account various other factors, the actual flying distance of the sporangia reaches more than 2 billion kilometers, but they are currently close to the a7 planet and its moons, and they will meet them in the next few days.

Rowan was looking forward to that moment, and at the same time sighed that in the infinite sea of ​​stars, the origin star and the a7 planet can be regarded as door-to-door neighbors.

But it is this kind of door between neighbors, and the time spent on the road must be recorded in units of years.

Fortunately, time has no meaning to him, otherwise, if someone like the Rat Man visits a neighbor's house a little further away, he may have died of old age before he can get there.