How the Zergs were Made Chapter 424 - 425 New Homeland (Part 2)

Chapter 424: Chapter 425 New Holand (Part 2)

At a suitable angle, cross the satellite's orbit, cut into the orbit of a gaseous giant, and use a gravitationary slingshot to slow down. When the speed drops, change the trajectory and use the gravitational sling to continuously stretch around the orbit to approach the satellite. The mass of the satellite is very small. Even if it is very close for the beginning, the inertia of the first ti will be preserved. It proves that it will not be captured by the gravity of the satellite.

When it was closest to the satellite, a at mass conceived on its own sailbone was thrown at the satellite. Through the power brought by throwing and its own montum and position, the at mass easily got rid of the gravitational shackles of the gas giant and rushed to the target satellite.

The speed of at is very high. After all, it carries the initial montum. Although the initial speed is falling again and again, its speed is still above the first cosmic speed of all the planets in this star system.

Poo! It's a complete hard landing, with no buffering behavior.

Just like the scene after the waterlon fell high, the at was torn apart after hitting the satellite ground, and the blood, water and at were smashed and splashed. Mixed with these splashed flesh and blood, there were only one to three centiters in diater of spherical titanium skeleton creatures.

Small size has the advantage of small size, that is, high strength. This kind of impact will not hurt these spherical titanium bone organisms. The strength and scale are linked. The smaller the scale, the higher the strength. Coupled with the biomass of the internal non-Newtonian fluid, the vitality of these tiny titanium bone organisms is extrely tenacious. A single physical impact cannot kill them. Like the impact just now, if it were a manned spaceship, it would have been smashed apart long ago, but these small organisms don't need to worry too much about this problem because they are small enough.

Small creatures fall to the ground like raindrops, and the low-gravitational environnt will throw them farther away, and may even circle the satellite. The structure of the ball will make them continue to roll for a period of ti after landing, due to the terrain, until they fall to the place where they are fixed.

After landing, before the question fell too much, the collectors imdiately changed their genetic information and recycled the gene expression of the cytoplasm and added thane to the condensed upper limit of -182.5 degrees Celsius.

This substance is necessary. The surface temperature of the satellite is very low, and it is conservatively estimated to be at least below minus 160 degrees Celsius.

Waiting for its own adjustnt, a multicellular creature with only three percent of the volu of fleas carefully crawled out of the hollow of the spherical titanium alloy creature to the outside to mine substances. The added thane makes their cytoplasm not freeze, and the cold dormant protein ensures the activity of the cell mbrane.

Multicellular organisms, according to the initial instructions, drag the material macromolecules back to those spherical titanium bone organisms, give them to the other party to analyze the material information, and then conduct radio communication with each other to infer the structure of the main body of the planet and give the initial feedback information.

Waiting to surround the gaseous giant again, when approaching the satellite, you will receive the information sent by the spherical titanium skeleton creatures.

"The main resource distribution of this planet is solid ice and liquid thane. The atmosphere is so thin that it does not exist. There is no atmospheric pressure, and other resources are still under survey."

When I received this information, I first decided to take root on this satellite. The reason is very simple and the resources are very rich.

thane is CH4, which can be used as fuel and can also be disassembled to obtain carbon. The main body of the collector's biotechnology is very dependent on the three elents of carbon, hydrogen and oxygen. Coupled with the low-gravity environnt, this satellite is very much as a planet for the early developnt of the group.

Change the angle of the light sail, use the gravitational slingshot, and fall to this low-gravity planet at an oblique angle. It has glide for a long distance all the way. The tail of the light sail also breaks in the process of this violent landing, but these are trivial matters. Generally, life may be a part of its own body. The damage lants, but the collectors don't need to do this. They have enough ability to allow themselves to ss around like this.

The life structure is enough to withstand a million-ton nuclear explosion.

It is basically safe except for the damage of the light sail.The genes that had been changed long before landing began to play a role at this ti. At the beginning, they began to form cocoons on this extrely cold planet, and the sarcoma continued to shrink. The thane elents drawn from the outside made it not to be frozen into an ice sculpture on this sub-zero Baidu planet, which can still maintain life activity.

Before long, with the increase of material absorption, the sarcoma is also expanding, slowly completing the evolution of its new body. It becos a beehive and extends the rhizo to the head-on of the satellite, from which subtle stellar light can be obtained.

Due to the locking of the tidal force of the gaseous giant, the satellite does not rotate, but only orbits, so the light oncoming surface can continue to shine on the star for a long ti, and use these photons from the star for photochemical processing, and the water molecules are disassembled by losing electrons to obtain hydrogen and oxygen.

Then consu a certain amount of nutrients. continues to breed so collectors, which are transford into rhizos to open up underground holes in the ground, and do a good job of airtight injection of oxygen and thane as a combustion chamber to provide heat for the population.

Combustion will cause the expansion of the internal gas, and the increase in heat will blow up the entire combustion chamber. This is also thought of at the beginning, so a hole is specially opened on the other side of the combustion chamber and connected to the combustion chamber. Another chanical spring valve of the connected channel will open and close, and the temperature of the expansion gas gushes from the combustion chamber will be very high. At this ti, dead things are more convenient to use than living things.

Because of the satellite's own environnt and the atmospheric pressure is close to zero, there is no need to effort to extract gas after opening the void. The void is originally a very low air pressure environnt. After preparing everything, it imdiately ignites the combustion chamber and creates temperature.

When the first ray of hot carbon dioxide gas spewed into the low-pressure hole from the spring valve, this design also ans success.

Energy is the cornerstone of the developnt of the population. Without energy, there is no way to talk about developnt. Now that the thane combustion chamber is established, it ans that the population has gained a firm foothold on this planet. The only thing left is to further expand its advantages and make the population in the star system beco larger and completely occupy the star. System!

Thinking of this, he unconsciously raised his eyes and looked at the direction of the star. It never forgot the task given to it by the clan. It not only expanded the sphere of influence of the group, but also because of the Selin people, the star on the side of the starting star could not be used, so it had to co here at a distance of five light years. Thinking of the information about the ethnic group plan received during this long journey, I couldn't help but put away my relaxed ntality.

"We also need to seize the ti to bring more resources to the ethnic group. The ethnic group needs anti-material."