How the Zergs were Made

Chapter 476: Chapter 477 Expansion and Mission

"At first, the result came out."

"Let me see." When it first received information from the same race for browsing, the content of the information surprised it, "Three hundred and ten light years? Did you miscalc it? The empire does not have superluminal technology.

The seed plan of the empire began to be implemented for a period of time after the end of the Red Prison Campaign, and there was also a period of time away from that battle, but it was far from being as long as 310 years ago. That is to say, seeds that traveled at sublight speed can never be as far away as 310 light years away now.

The collector who reported this explained this.

"At the beginning, the seed has been moving at the sub-light speed, and if we want to catch up with it, we must reach a sub-light speed higher than the seed speed, and such a high speed will be a great consumption of resources. The ethnic group can\'t be consuming such a huge amount of resources for a Selin individual, so we simply give up. With the idea of chasing, we can directly calculate which gravitational potential energy of the star system will capture the seeds, and then get the current coordinates.

"So that\'s it." First expression of understanding.

The collector has no humane spirit. It is one thing to promise the empire to search for seeds, but it is another matter whether it can be searched or not. This matter itself is not a very important thing for the collector. You can\'t invest your blood to search for a Selin.

Moreover, such a distant large scale, encountering some obstacles such as nebules, meteorite fragments, or ice, is a devastating ending. The seeds of the empire do not have anti-matter shields like sublight speed creatures in front of them, and even a grain of sand can cause penetrating damage.

The real interstellar voyage is full of risks. If the protection is insufficient, it needs enough luck to make up for this deficiency. Otherwise, a bad one can explain the fate on the interstellar voyage. The farther the voyage is, the greater the risk.

From the beginning, the probability of Celine\'s life inside the seed is very slim.

"So have you investigated the stellar system and the route to it?"

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

The collector began to deliver the observation data of the stellar system to the beginning.

"It has been clearly investigated. It is a double star system of 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. The smaller one is a yellow dwarf, with a radius of one-seventh of a blue dwarf. Because of the large mass gap, the yellow dwarf, as a companion star, periodically revolves around the blue dwarf. Turn."

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

These are the astronomical observation information of the collectors in recent years, and combined with the astronomical observation of the Upper Selin people, the two complement each other to minimize the error.

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

If the planets in the stellar system do not have satellites, the starting resources of the collectors after arriving at the stellar system can only be obtained from the Kuiper belt. Although there are many resource reserves there, the meteorites are scattered, but they only look dense on a macro scale.

If it is colonized directly in the past, I\'m afraid it will waste a lot of time.

"Would you like to bring a lot of resources to that stellar system?"

Some collectors have proposed that if they carry resources directly, the starting resources can be expanded. Naturally, the speed of development will not fall.

However, this proposal was initially rejected, and it seems that there is no need to do so.

"No, there is no need to waste resources like that. We are not in a hurry. 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 the stellar system, we use the star track to transport materials for star transformation and disassembly."

According to the original idea, it is the gradual expansion of a star and the arrival of the star system step by step. In this way, time will be used efficiently. The time consumed by searching and not searching is not much different for the population.

"I see, then we will give priority to expanding colonization in that direction..."

The collectors also agreed with the initial idea. As the first said, they were not in a hurry. After all, they were hundreds of light-years apart. Even if they rushed there in a hurry, maybe the people had cooled down. The collectors were not very optimistic about it. The seeds were still intact, which took too much luck.

Moreover, it is only a hypothesis to be captured by a star. If it is not captured by the stellar gravity, that kind of child will fly to a farther place.

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

Therefore, the hope of survival is not the least, only more hopeless.

"Uh... I roughly calculated that it would take about 490 years to develop disassembling materials in the stellar system."

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

"It\'s not long. Such a long scale is already very fast." The first road.

It\'s really not long. In the case of only sublight speed navigation, every interstellar voyage of tens or hundreds of light-years will take tens of hundreds of years to complete.

At the end of the conversation between the collectors, they began to prepare the preparation materials needed for the voyage. In fact, they did not need to prepare too much, just antimatter. The goal chosen by the collectors was to have sufficient planetary resources, enough for them to build antimatter giants and star orbits, so they do not need to prepare too much. You can make a long voyage.

Generally speaking, stars like the target of the collector\'s mission will not be the first choice for interstellar colonization. If the starting resources are too low, they will need more time and energy to deal with and rectify the extreme environment. If there is a star system with a better environment, the collectors will not pick such a hard bone to nibble.

The star orbit is adjusted under the guidance of various observation data, and the star orbit extending from the star to the Kuiper belt is adjusted to the position where the destination star will reach in the future.