How the Zergs were Made

Chapter 478 - 479 Preparation in Advance

Chapter 478: Chapter 479 Preparation in Advance

At the end of the third sub-light speed voyage, the sub-light creatures arrived at another destination star. As a price of deceleration, their antimatter reserves have been consumed, but it is completely enough to move below the speed of light.

At the third stop of their journey, this star system is a single star system, just a red dwarf. The light intensity is not high, and the number of planets is not large. There are only two, and they are all of small masses, which is equivalent to three times the mass of satellites in a gaseous giant orbit in their initial star system.

Planets are the accumulation of residual gas and debris from the birth of stars. The birth of red dwarfs shows that this stellar system has less material, so two planets are already rich in resources.

A considerable part of the resources for the construction of this stellar system rely on transportation from other stellar systems. At first, they also organized several resource transportation for this stellar system.

However, such colonization is also worthwhile. This stellar system is also a place for collectors to closely study how to obtain stellar matter.

"Welcome to this stellar system."

"We need anti-matter supplies for the next sublight voyage."

At first, he directly showed his needs to his compatriots in the stellar system, and the collector in the stellar system replied.

"Follow this route and enter the orbit."

According to the route given by the communication, at the beginning, these individuals and the antimatter giants are connected. The first sharp tentacles of a single molecule go deep into the interior of the sub-light-speed organism. Through the channel built by themselves, the depleted anti-matter container is taken out and replaced with a full bottle of anti-matter container. The whole process is so simple and rough. Violence.

When the tentacle is pulled out, the propped opening will heal because of the mucus outside the tentacle, so it will not leave a wound or even a scar, as will the outermost metal bone.

"After you assemble the proton lattice, our antimatter filling becomes so troublesome. We can only open the gap between the two proton lattice to replace the antimatter for you. There is no battle. There is no need to adopt such a biological design, right?"

The antimatter giant complained to the beginning. If it was a subluminal fast organism in the past, the tentacles of the antimatter giant did not need to find the right position. If you choose any place to pierce it, you can replace the antimatter, but now it is not, because the density of the proton lattice is smaller than the radius of the hydrogen atom, and the single molecule is The first tentacle can't pierce this proton lattice at all. It's too dense.

"This is a standing strategic material, which is convenient for the rapid formation of combat effectiveness in time during combat."

"The proton lattice, like antimatter, is an impossible product processed by cells. It requires a giant structure like you to make it. If there is an enemy, and it is comparable to our strength, and the battle situation is very fierce, then we are likely to face a shortage of proton lattice."

"The will has said that you should know how to think of danger in peace, be born in worry and die in peace. The same is true for you anti-matter giants to constantly manufacture and store anti-matter all the time."

Explain to the new collectors, which is the collective idea of their group of collectors.

"So that's it."

"So where is your next destination?"

The antimatter giant continues to ask questions, just like previous collectors of other star systems.

"A double-star system nine light-years away."

"There are obstacles on the route to there. You need to be prepared. It will be dangerous to go there in this state."

The antimatter giant reminds these people that the collectors stationed in the star system are not only responsible for the task of resource manufacturing and mining, but also for the task of observation. As now, there is a dangerous situation on the sublight-speed route. They need to explain, which is why they will ask where they are after they first arrive in the star system.

Of course, even so, it cannot ensure 100% route safety. If it is a small-mass wandering black hole that is difficult to observe, or a relatively small and sparse number of wandering meteorites, these are not easy to find, and organisms in sublight speed can only ask for more blessings.

"What kind of obstacle?"

At the beginning, the obstacles at the sub-light speed state, even a gas cloud, are extremely dangerous.

The anti-material giant replied with a more fortunate emotion.

"A large plasma high-temperature nebula is ejected from a supernova explosion of 70,000 light-years. Fortunately, it is far enough away from us."

Supernova explosion is a cosmic disaster at the light-year level. It can directly kill a range of several light years to more than 20 light-years. Within the range directly affected by supernovae, that area will become a dead zone.

"How big is that nebula?" Another collector asked.

"In the range of two to three light years, there is an error in the measurement of the star."

The antimatter giant conceived, but only gave a rough value. There was no way to the light-year distance, which was too far. Coupled with the gravitational interference of the star and the speed limit of light, it is impossible to answer an accurate value.

"It's not very big. We can go through it directly in the sub-light speed state..."

"If you don't understand, don't talk nonsense. The nebula will make us fall out of the sublight speed. Even if we have the ability to pass through the nebula, I'm afraid the accumulated high temperature will cook us collectively. It's a big problem to dissipate heat in a vacuum environment."

Before the collector finished speaking, he was immediately refuted by other fellow collectors.

"That's it."

After thinking about it, the rebutted collectors also understand that the anti-matter shields in front of them will come into contact with the nebula, which will lead to the annihilation of positive and anti-matter, and then they will also slow down.

After realizing this, the collector was also afraid for a while.

At first, they began to obtain material from their peers in the star system for the transformation of organisms. They were equipped with a batch of solid-state helium for cooling, and then a vacuum insulation layer design. Vacuum is an excellent insulation layer, and only heat radiation is the only way of heat transmission.

"Well, why did the star 70,000 light-years away explode?"

The collectors waiting for the completion of the biological transformation sent such a question, and this question also aroused the curiosity of the collectors.

"It should be that the supergiant reached the end of its lifespan, and then there was a supernova explosion."

"Not necessarily. Maybe a civilization has used a black hole bomb. As long as it can mass produce antimatter, black hole bombs can be made, or black holes can also be made in other ways, which can also realize artificial supernova explosions."

The collectors were discussing with each other, but initially they wanted to get the answer directly from the anti-matter giant.

"What are your observations?"

"I don't know. When we began to observe there, the debris after the supernova explosion already existed, and the supernova explosion occurred for at least 200,000 years."