Chapter 481: Chapter 482 Entanglement in hesitation
It took 17 years to get out of the scale effect again. At first, they came to the end of this tens of light-year journey, a huge star system built by a blue dwarf and twenty planets.
"Wow, it's so rich. There's so much matter. It's the first time I've seen so many planets in a star system."
As soon as they arrived, collectors used their own high-power radar to detect the environment in the stellar system, and couldn't help sighing.
"Don't be happy too early. If the environment is bad, we can only develop from the outermost meteorite belt first."
"Even if the planets are bad, aren't there any satellites? The existence of so many planets shows that the mass of this star system is very rich, and there must be satellites in an orbit among more than 20 planets.
"But there is also the possibility that there is no satellite. To put it bluntly, it is still a matter of probability. Confirm the following situation first and then sigh, otherwise there will be a gap in mood."
The collectors communicate with each other and approach the star system rapidly. Their speed is one-fifth of the speed of light. Although they have got rid of the influence of the star rainbow effect, the speed is not slow. At least this speed is the speed that can easily get rid of the gravity of the Milky Way to move between rivers.
The radar wave is emitted from the collector's side over and over again to accurately grasp the distance and relative position of the meteorite belt at the edge of the star system. At the same time, the hydrogen mass is exported to the front, and the speed is gradually reduced in the release of high-energy gamma rays.
After a period of time, they first entered the blue dwarf system and detected the detailed data of each planet. At the same time, they also determined the number of satellites in the star system.
"No way? Is it really so little? There are only three satellites in the whole star system..."
"There are many planets, and there will be gravitational force between them. This complex gravitational environment may be the reason for the scarcity of satellites."
"Maybe..."
"Fortunately, there are some terrestrial planets in the normal temperature zone. It seems that there is also abundant liquid water on the surface, which is very suitable for our development."
The development process of the stellar system was planned in the channel, and the collectors decided to act separately, which could speed up the progress of resource development.
"The blue dwarf of this stellar system is also a large-scale individual among the stars. It has high energy and strong radiation. When starting work, remember to supervise your body temperature and don't let your body overheat. That's very dangerous."
"That's all you should pay attention to. Let's start work!"
At the beginning, I reminded you of some precautions, and then the collectors answered together.
"Okay!"
The energetic collectors drive antimatter propulsion towards satellites and terrestrial planets with low power, which are most suitable for their starting planets.
Due to the distance, the collectors who are going towards the satellite are the first to arrive at the destination. Now the collectors who have been updated for a long time do not need to take the risk of landing on the satellite like the original colonial star system, nor do they need to adjust their orbits to repeatedly use gravitational slingshots.
After determining that the satellite has no atmosphere, the collector directly hangs a tentacle growing from the side of the body to the surface of the satellite.
If the tentacles are not long enough, it will narrow the distance between it and the satellite. If there is no atmosphere, there is no need to consider friction. The rest is just to see whether the speed can form enough centrifugal force to fight against the satellite's gravity.
After the tentacles come into contact with the surface, the collector can also know the elemental composition of the surface of the satellite. After a circle, the proportion of element components can be roughly calculated in any situation, which is more accurate and reliable than complex means such as remote observation and derivation of mathematical models. After all, this is direct contact with physical objects.
"There is a lot of dry ice and methane. It seems that this satellite is extremely rich in carbon content. Unfortunately, the water content is very small, not even 1%.
Collectors dislike this satellite. The water element is one of the leading elements in the technology of Amoeba. The technology is based on cells, and a considerable part of the cells need water to be formed.
The sarcomas separated from sublight-speed organisms and fell to the cold surface of the satellite. After dozens of repeated rebounds, these sarcomas eventually tend to stay steadily on the mixture of solid methane ice and dry ice.
Just like what the collectors had done on other colonial satellites, they first stabilized a stronghold in a low-temperature environment, and then expanded according to this stronghold, gradually obtaining the control of the satellite and mining a large amount of materials.
Of course, it is a difficult problem without water, because the value-added of cells is not created out of nothing. They need water elements, even ice.
Just as the collector considered whether to use liquid methane to temporarily replace liquid water, it captured a group of entities in its biological radar that were approaching the satellite in its current orbit at high speed. These entities were pieces of ice. After the collector shared the data with other peers, other According to the distribution of elemental resources, individuals of the family judged that water elements were needed for the development of satellites, so these ice cubes were launched early.
After intercepting the ice, the ice was successfully extradited to the surface of the satellite, followed by unscrupulously expanding the number, wrapping the whole satellite.
At the same time, collectors also set up a cannon array to send a large amount of dense carbon to other planets to their satellites that require carbon.
The relay movement between planets and planets is becoming more and more intense under this cooperation. As time goes by, the satellites will be gradually dismantled in this situation.
The development and construction of the stellar system is in full swing.
However, it can't be said that it's all like this. There are collectors on such a planet who are entangled - they not only want to demolish the terrestrial planet they are in and add it to the development of the population in the star system, but they don't want to carry out destructive mining.
"What are you hesitating about? Do you know how much your hesitation has slowed down the construction of ethnic groups?
Finally, the collectors on this terrestrial planet were sent a press-up radio question to understand the reason for the slowdown from them.
"This...the situation is very complicated. We don't know how to explain that something has been found on the surface of this terrestrial planet."
The collector who was urged to find something in the ambiguous answer.
This is also the first time to encounter such a situation, and it can't help but be curious. What is the discovery that makes its peers have such a reaction?
"What did you find?"
"A complete ecosystem is a huge ecological system formed completely naturally. We believe that the value of this community is not limited to the material level, so we are hesitating."
"Okay, I'll go to your place to have a look in person." The first answer.
This chapter is updat𝙚d by f(r)eewebn(o)vel.com