"At first, the result came out."

　　 "Let me see." When I first received information from the same family and browsed it, it couldn't help being surprised by the content of the information, "Three hundred and ten light-years? Are you wrong? The empire does not have super-light technology."

The seed plan of the empire was implemented some time after the Battle of Red Prison, and there was still a period of time since that battle, but it was far less than three hundred and ten years, that is to say, seeds traveling at the speed of sublight. It is absolutely impossible to be as far away as 310 light-years away.

　　 This was explained by the collector who made the report.

"At the beginning, the seed was always moving at the sub-light speed, and if we want to catch up with it, we must reach a higher sub-light speed than the seed speed, and such a high speed will be a great consumption of resources. The ethnic group can’t afford to spend such a huge amount of resources on behalf of an individual Celine, so we simply gave up the idea of ​​chasing and directly calculated which star system’s gravitational potential energy would capture the seed, and thus obtained the current coordinates."

　　 "It turned out to be like this." Chu expressed understanding.

The gatherers don’t have any humane spirit. It’s one thing to promise the empire to search for seeds, but it’s another thing to be able to find them. From the gatherer’s point of view, this matter itself cannot be regarded as a very important thing. Go to search for a Celine.

Moreover, at such a large scale, encountering obstacles such as nebulae, meteorite fragments, or ice blocks, it will be a devastating ending. The seeds of the empire are not blocked by antimatter shields like subluminal creatures. Ahead, even just a grain of sand can cause penetrating damage.

The real interstellar voyage is full of risks. If the protection is insufficient, then enough luck is needed to make up for this deficiency, otherwise a bad one may confess his life on the interstellar voyage, and the farther the voyage is , The greater the risk.

　　 From the beginning, the probability of surviving Serine inside the seed was very slim.

　　 "Then, have you investigated the star system and the route to there clearly?"

　　 Although I don’t really believe that the seeds of the empire are still intact, the search still needs to be searched. After all, this is a task after all, so I first asked this question.

　　The collector began to send the observation data of that stellar system to Chu.

"It is clear that it is a binary star system, one large and one small. The larger one is a blue dwarf with a radius twice that of the main star of our current star system, and the smaller one is a yellow dwarf with a radius of seventy points of the blue dwarf. First, because of the large mass gap, the yellow dwarf, as a companion star, revolves periodically around the blue dwarf."

"With three planets, two high-temperature gas states, and one high-temperature solid state, the blue dwarf has high radiation intensity, and the distance between the planet and the blue dwarf is not far enough, and the heat is accumulated on it. Since its internal energy is high enough, we speculate that its interior The atmospheric pressure of Asia will be a more dangerous value."

　　 These are the astronomical observation information of the collectors in recent years, combined with the astronomical observations of the Serines, the two complement each other to minimize the error.

　　 Hearing this, he couldn't help but feel a little distressed at first, "Three extreme planets? In this case, it will be more troublesome to disassemble."

If none of the planets in that star system have satellites, the start-up resources for collectors after arriving in that star system can only be obtained from the Kuiper belt. Although there are also a lot of resources there, the meteorites are scattered, but only in the Kuiper belt. The macro scale looks denser.

　　 If you colonize directly in the past, I am afraid it will waste a lot of time.

　　 "Do you want to carry a lot of resources to that star system?"

　　 Some collectors suggested that if the resources are directly carried, the initial resources can be expanded, and the development speed will naturally not drop.

　　 but initially denied this proposal, in its view there is no need to do so.

　　 "No need, there is no need to waste resources like that. We don't have to rush for time. Anyway, we will be captured by the stellar gravity, and we can slowly expand in the way of colonizing the star system."

　　 "After arriving near that star system, we will use star orbits to transport materials for star transformation and dismantling."

According to the original idea, it is the gradual expansion of one star and one star to reach the star system in such a step-by-step manner. In this way, time will be efficiently used, and the time spent searching and not searching is important to the group. There is not much difference.

　　 "Understood, then we will prioritize colonial expansion in that direction..."

The collectors also came over knowingly and agreed with Chu’s idea. As Chu said, they are not in a hurry. After all, they are separated by hundreds of light-years. The collectors are not very optimistic about the fact that the seeds are still intact, it takes too much luck.

　　Besides, being captured by a star is just assuming ~lightnovelpub.net~ If it is not captured by the gravitational force of the star, the kind will fly to farther places.

　　 A thousand light-years, tens of thousands of light-years, it is possible, the sublight speed is enough to get rid of the gravity of the river system, as long as the time is long enough, it is not surprising that the seeds of the empire will run to the next river system.

　　Therefore, the hope of surviving is not the smallest, only the smallest.

　　 "Uh...I have roughly calculated it, plus the time required for the development of dismantling materials in the star system, it will take about 490 years."

　　 Some collectors estimate the time to reach that stellar system, and the development within the stellar system also takes time.

　　 "It's not a long time, such a distance is already considered very fast." Chu said.

　　 It’s really not that long, and when it can only travel at sub-light speeds, every tens or hundreds of light-years of interstellar voyage will take dozens or hundreds of years to complete.

The conversation between the collectors was over, and they began to prepare the preparation materials needed for the voyage. In fact, they didn’t need to prepare too many things, it was just anti-matter. The targets selected by the collectors all had sufficient planetary resources, enough. They build antimatter giants and star trails, so they can sail long distances without having to prepare much.

Generally speaking, like the kind of stars that the collectors are tasked with, collectors are not the first choice for interstellar colonization. The starting resources are too low, and more time and energy are needed to deal with and correct the extreme environment. With a better star system, collectors would not pick such hard bones to chew.

　　 Star orbits are adjusted under the guidance of various observational data, and the orbits extending from the stars to the Kuiper belt directly point to the position where the destination star will arrive in the future time period.