How the Zergs were Made

Chapter 423 - 424 New Homeland (Part 1)

Chapter 423: Chapter 424 New Homeland (Part 1)

You must be careful when you are close to the star. Don't get too close. Excessively close will lead to too high heat. At that time, heat dissipation will be a very troublesome problem. At first, it was not a mother ship creature, and there are not so many reserve resources to squander. Now it only has a kilogram of mass. It cuts off the mass of the exoskeletons and the light sails. It itself The quality of resources that can be controlled is even less.

At the same time, it must be maintained at a relatively high speed state at the beginning. If the speed is too low, it will cause it to fall into the star. It has no propulsion organ and completely relies on inertia to move. There is no way to achieve pulse propulsion, and there is no fuel to allow it to do so. Therefore, in the distance to the star, it must be sufficiently vigilant at the beginning. Heart.

The problem of star distance also makes another problem obvious. At first, there is no way to judge the current distance between yourself and the star. From its perspective, you can see a huge light mass standing at the end of the distance. It can only be judged by its feelings. This is very dangerous in its current state. The best choice should be to use radar waves. Through the round-trip time of radar waves, you can judge the current distance between yourself and the star.

Unfortunately, it couldn't be done at the beginning. At this time, it did not have such a material foundation, let alone make radar waves. The gravity of a star at different distances is also different, and it can't waste its current speed too much. Therefore, after reaching the lighting conditions needed to meet its life consumption, it immediately turns the light sail, which is its own trajectory deflected into a circular motion around the star.

The first hard cone exoskeleton slowly grows a layer of black fungus blankets, which can be photosynthetic and convert stellar light into organic chemical energy. The material is the metabolic waste of various cells in the body, which is reprocessed with light energy, thus changing into nutrients that can be absorbed and used at the beginning.

So far, the two ghost gates in the journey across the star have been crossed, and it is completely safe. Let me see where I should settle down.

"There must be a suitable good place for the development of the ethnic group."

"It's better to have liquid water, no matter how bad it is."

Water is a general resource, and development cannot be separated from the material foundation. Everything is not born out of nothing. Water can be decomposed into hydrogen and oxygen, and these two elements account for a large proportion of organic materials. At least the amino acids of carbon-based materials are like this. In addition, collectors are born from water, and the environment there is even more Familiar with it, the development will be faster.

It's like building a house. People always want to choose a place with good feng shui and good lighting to build. At first, they thought so. It's not necessary, but it is still necessary to look for it. After entering the star system, it is not difficult to find these planets. The reason is simple, because there are stars, a high-power signal emitter, and the stars are releasing high-power pulse radiation out all the time. After these radiation hits the planet, it will cause the temperature rise on the planet's light surface. It is not necessary to use this feature at the beginning. Radar waves only need to switch their own perspective to the infrared spectrum, and they can clearly 'see' where there are planets from the 3K background radiation of the universe. At the same time, the spectrum will also feedback the heat distribution, so that it can also infer whether the planet is a gaseous planet or a solid planet.

"This is a solid terrestrial planet... That is a gaseous superstar... Uh-huh..."

"How to choose? The environment of the gaseous planet is too bad, and the initial development will be relatively difficult and dangerous. However, this kind of planet generally has some satellites. If the environment is suitable and there is a liquid water environment, it will undoubtedly be the best breeding place for the population. With small gravity and rich resources, it can be used as a stable resource point.

"The problem is that the satellite is too small. If you don't observe it at close range, it is really difficult to judge whether the satellites surrounding the gaseous giants are suitable for group development."

"In terms of terrestrial planets, there are generally water resources. The difference is only in the physical state. Lava planets are gaseous, habitable planets are liquid, and cold planets are solid. If it is not habitable planets with liquid water, it is also not conducive to the development of ethnic groups..."

"In the final analysis, I have too few starting resources now.

One kilogram of mass can't transform the planet's environment.After thinking for a while, I decided to go to the gas giant to try my luck. If it doesn't work, I will go to another planet. It can easily get rid of the gravitational slingshot by changing the angle of the light sail and accelerating with the help of the gravitational slingshot.

The road to the planet is still very far away and takes a lot of time. It is very clear at first. Even if it does not know the distance between these planets and it, according to common sense, they are at least at least a dozen astronomical units away from the star, and even the distance of light will be significantly delayed.

During this period, there was plenty of time at the beginning. It began to use genetic language to design an organism that explores the planet, or a biological community.

At the beginning, a shell was conceived, which is composed of titanium bones and is a sphere with a diameter of between one and three centimeters. The center of the sphere is an extremely small brain. At the same time, it is also a radio communication gate, which can release weak radio signals. Because the frequency of the band used is very low, it does not need too much energy to propagate. Very far away, the effective communication distance can reach about 20 kilometers without external electromagnetic interference.

Inside this titanium bone sphere, in addition to the central brain, there is also another kind of organism, which is also a multicellular organism, but they are very small, about 3% of the earth's fleas. They rely on macromolecular cilia to move. They have a pair of very tiny pliers that can drag matter.

After the design is done, these designs are initially expressed in genetic language, so as to obtain two gene blueprints, and then genetically rectify the cells in their bodies according to the information of the genetic blueprint, and consume their own substances to obtain two biological embryos.

The film of Guangfan is composed of fibrous tissue. It can't use cells because the cells can't withstand the impact of sublight hydrogen atoms, let alone slow down. However, the Guangfan skeleton is indeed an extension of the first limb. At the end of the Guangfan skeleton, it slowly swells and causes meat. Each piece of meat is full of nutrients, giving new The two biological embryos are designed to develop a maternal environment suitable for development. These creatures are collectors and death squads who are about to explore the planet.

When they develop to a certain extent, they start to use the life field channel to teach them what they need to do, as well as some precautions after landing on the planet. Time passes slowly, and without the speed of sub-light speed, it is normal for such a trans-planetary voyage to take a long time, at least months or even years.

Finally, it is about to reach the gaseous superstar.