Homo sapiens.

Chapter 620 Rooting
Saturn.

Phoebe.

This is a rather peculiar planet, because it is not the biological son of Saturn, but adopted later.

The satellite has a diameter of 200 kilometers, its surface is composed of rock and water ice, and its reflectivity is relatively low. It is 1290 million kilometers away from Saturn.

Icy.

gloomy.

Silence.

It is the theme color of Phoebe.

However, on this quiet and dark planet, a comet crashed into the surface of Phoebe.

The comet with a radius of 50 meters instantly created a large impact crater.

The fire of civilization wrapped in the shell of the comet has a special protective layer inside, which can prevent the fire of civilization at its core from being damaged during the impact.

Just after completing the crash mission.

About 37% of the protective layer of Civilization Tinder is still fragmented, which ensures that Civilization Tinder can stay at the bottom of the impact crater safe and sound at this time.

[End of impact buffer protection...]
[The magnetic field detection system is activated...the gravity field detection system is activated...the electromagnetic wave passive receiving system is activated...]
[External information has completed the first stage of detection, and began to analyze the planet... The analysis is complete, and the planet's rating is as follows...]
[The gravity of the planet is low; the distance from the main sequence star is relatively far away, and the light intensity is insufficient; the distance from the main planet is relatively far away, and the resonance tidal heat is insufficient; the star core is too small to generate geothermal heat; the star body is mainly composed of silicon, aluminum, calcium, oxygen, and hydrogen , suspected to be the nebula remnants of the early evolution of the star system...]
［Begin to select proposals...］
[First plan: energy - radioactive substances...]
Civilization Tinder analyzes the data, selects development plans, and absorbs the heat energy at the bottom of the impact crater.

The thermal energy at the bottom of the impact crater is one of the few energies that Civilization Tinder can use at this time, and the auxiliary nuclear battery that comes with Civilization Tinder does not supply much heat per day, which is only equivalent to 100 million kcal.

This little heat, except for the 30 calories of civilized fire maintenance and survival, the rest of the heat was used to adjust the flight trajectory.

Now that the artificial comet has successfully landed, the remaining 70 calories can be used to produce working cells and subsidiary microorganisms.

The environment of this planet has no solar energy, geothermal energy, tidal thermal energy, or wind energy, and even the gravitational potential energy is weak.

Therefore, the problem facing the fire of civilization at this stage is how to obtain stable energy. Although the four attached nuclear batteries can be used for about 20 years, the energy supply is too small.

Why would the experimental group choose a planet with such harsh environmental conditions?

The reason is naturally to simulate the habitable zone of avoiding planetary systems.

According to Homo sapiens from the situation of the solar system and the six-claw giant star, the probability of life in the habitable zone of other planetary systems is higher than that in the middle and outer layers of the planetary system.

The probability of producing life can roughly be divided as follows: habitable zone planets > large satellites attached to mid-level giant planets > mid-level terrestrial planets > outer terrestrial planets > large asteroids > extreme inner terrestrial planets.

And the experimental group naturally had to take this situation into consideration.

Assuming that Homo sapiens now wants to launch the spark of civilization to an unfamiliar planetary system, should the spark of civilization be launched directly to the planet in the habitable zone of the planetary system, or to the outer large asteroid or dwarf planet of the planetary system?

The answer is naturally the large asteroids or dwarf planets in the outer layer.

The habitable zone is good, but the danger is also very high.

If the civilization level of the opponent is similar to that of the six-claw civilization 5 years ago, then pretending that the comet enters the habitable zone is like a sheep entering the tiger's mouth.

Even if the other party's level of technology is similar to that of the free world in human civilization, it is easy to be discovered and studied by the other party.

As interstellar stowaways and interstellar bugs, the first principle is to keep a low profile.

In the early stage, Mimi sneaked into the outer planet of the planetary system, and then collected various information about the planetary system while developing insignificantly.

If there is no first-level civilization or quasi-first-level civilization in the planetary system, then you can let go, copy a few more civilization fires, and advance a little bit into the planetary system.

If you find a first-level civilization, or a quasi-first-level civilization, you need to accurately analyze the technological level of the civilization. If the overall technological level is not as good as Homo sapiens, then continue to fight and prepare to conquer this civilization.

If it is found that the technological level of this civilization is obviously higher than Homo sapiens, then start the self-destruction program to completely eliminate the traces of the civilization fire in this planetary system.

In addition, Homo sapiens also plans to further study composite magnetic monopole crystals, and strive to extend the current service life of magnetic monopole crystals, which are only about 20 years, to the extent that they can be used for hundreds or even thousands of years.

After all, communication across planetary systems can only rely on magnetic monopole crystals, and magnetic monopole crystals cannot be produced individually, and must be produced as a whole before being used separately.

This means that magnetic monopole crystals can only be produced inside the solar system, and then installed inside the fire of civilization.

Once the fire of civilization is launched, the magnetic monopole crystal communicator on it will be in an irreversible state as its service life fades, and it will be used less by one day.

Therefore, the service life of the magnetic monopole crystal must be delayed as much as possible.

For the interplanetary system navigation that started every few hundred years, the current magnetic monopole crystal with a service life of only 20 years is simply useless.

……

At this time, the fire of civilization on Phoebe, after absorbing the heat from the bottom of the impact crater, quickly stored this extra heat energy through special energy storage cells.

This kind of energy storage cell is still imitating the six-clawed man. After all, the living environment of the six-clawed man is extremely harsh, especially in the millions of years before the development of technology, they rely on a special energy storage cell to survive once. A disaster of ice and fire.

This type of energy storage cell is a standard configuration in the six-claw superstar ecosystem, and many local animals and plants have similar energy storage cells.

In fact, in the development of asteroids and large satellites, the six-claw civilization is much better than Homo sapiens, which is the blessing brought by time.

After all, even a pig should become refined after tens of thousands of years.

What's more, the six-claw people have tens of thousands of years of experience in space development. For how to develop and utilize various asteroids and large satellites, the six-claw people have summed up a lot of experience and related technologies.

Although not all of these technologies have been obtained by Homo sapiens, after all, the fugitive spaceship is one of the 46 kingdoms of the six-claw civilization.

However, the above technology and experience have greatly promoted the development of Homo sapiens in the space field.

After learning from each other's strengths, the civilization fire has the ability to develop in various asteroids, large satellites, and dwarf planets.

Energy storage cells are just one of the small applications.

The intelligent system of Civilization Tinder has selected the fastest development plan at this time.

At the bottom of the impact crater, at 682 meters from the core of the fire of civilization, there is a tiny gypsum vein. This is the vein formed by the geological extrusion of the planet. According to the data detected by the magnetic field, it can be analyzed that the gypsum vein was mined about 400 tons Around the high-purity gypsum.

Soon the fire of civilization will grow a tentacle, extending towards the gypsum vein.

In less than 17 hours, the tentacles were inserted into the gypsum veins, and gypsum crystals of various sizes were collected, and then transported to the core through the pipeline inside the tentacles.

The core dug several small holes underground, using a special kind of cells to strip the calcium element in the gypsum, and then compose organisms similar to graphite.

Then belong to one of the nuclear batteries as a neutron source, and emit neutrons to the gypsum nest, creating radioactive substances rich in calcium 45 and calcium 47, which can be used as raw materials for new nuclear batteries.

　Thank you for your support (ω｀), please subscribe, collect, monthly and recommendation tickets.

　　
　
(End of this chapter)