Chapter 724: Chapter 725 Successful Invasion
Objects smaller than the previous camouflaged meteorites are launched from the cluster, pointing directly to the gaseous planet at the edge of the star system where the Turks are located.
Halfway to the destination planet, the object unfolds an umbrella-like structure and ejects a trace of ions in the opposite direction.
Ion deceleration propulsion is a propulsion method with obvious advantages and disadvantages. The advantage is that the specific impulse is high, that is, the fuel energy utilization rate is high, and the disadvantage is that the thrust per unit time is small.
It is precisely because of the shortcomings of ion propulsion that the object begins to slow down early in the middle of the journey. According to the calculation, the continuous deceleration of ion propulsion in the middle of the road will cause the speed of the object to fall within the safe range when it is about to arrive at the destination planet.
However, it is precisely because of the shortcomings of ion propulsion that the collector designed the object to decelerate ion propulsion. The small thrust per unit time also means that the energy released per unit time will be small, which will have an excellent hidden effect in the thermal imaging radar.
After all, electromagnetic waves are weakened by the transmission distance and there is a decreasing phenomenon of energy. The small electromagnetic waves released by ion propulsion have been submerged in the electromagnetic waves in the background of the universe before they are received by the two civilizations in the star system.
After approaching the outermost planet, the object deflected towards a satellite of the planet, and finally fell on the moon without atmosphere.
Mining satellite material and transferring it to the universe to create camouflage meteorites with a diameter of 10 kilometers to 20 kilometers, of different sizes. The source of this content nov(el)bi((n))
After the number reached 10,000, the collectors started their own settlement, disguised the ion on the meteorite, and the vast meteorite group began to move towards the rocking star of the second orbit planet, where the Kex lived.
During the process of camouflaged meteorite rain, the spy individuals inside the meteorite began to reorganize their genes and turn themselves into multiple tiny individuals. The largest tiny individuals are only the size of human thumb. These tiny individuals have a layer of extremely strong polymer shells outside, and are extremely acid-resistant and alkali-resistant, with a Solid helium cube and an ultra-miniature antimatter reactor with 0.1 grams of antimatter in the reactor.
Just as the collectors thought that these space units would leave, they did not expect that the space units would release many small space units, which formed groups and moved towards the meteorite debris group.
It seems that in order to investigate the meteorite rain, small space units are just raging around in the meteorite debris group.
These small creatures can't find the collectors. The smallest pieces are equivalent to the size of a human head, and only small individuals with the size of the thumb are not enough to attract attention in the vast universe.
Even if you switch to thermal imaging, it is indistinguishable. Although tiny individuals have their own body temperature, because the meteorite was bombed, the meteorite fragments also carry their own residual temperature.
Some tiny individuals, looking at the right time, quietly attached to the external shells of these small creatures, have no nerve endings on the shell, so there is no sense of touch.
A single-cell-sized hole is cut out in the shell through chemical coordination, and then small individuals change their life form into a plural single-cell family, drilled through the hole, and carefully avoid the nerve fibers of small organisms, disguised as ordinary humoral cells in organisms, and avoid immunity. System, complete the intrusion hidden task.
This is part of the collector's plan.
After searching fruitlessly, small biota returned to large organisms and brought the collectors into large organisms.
The remaining tiny individuals fell to the surface of the destination planet with the meteorite fragments.
The meteorite fragments fell and turned into red lotus arrows. The vaporized material flow dragged behind, like the arrow body of an arrow. With the high temperature caused by friction with the atmosphere, these meteorite fragments will be vaporized by high temperature before they fall to the ground and integrate with the atmosphere of the planet.
However, small individuals mixed in meteorite debris groups do not need to worry about this problem. They are too small. After their atmospheric resistance and gravity accelerate to a certain extent, they will no longer provide falling acceleration to small individuals, so the degree of atmospheric friction will not be very strong, let alone high temperature problems.
Expanding the resistance plate, the falling speed of the tiny individual further decreased. Finally, at the moment of reaching the ground, nothing could be generated except a small pit equivalent to the volume of the tiny individual on the ground.
After observing the surroundings with his eyes and confirming that there is no abnormality, the tiny individual grows several pairs of joints and feet, burys the small pit he smashed, and marches to the distance by changing the camouflage color. _