Douluo see you soon

During the experiment, every part of the car was gradually replaced on the lunar surface. This was originally a philosophical question. In the process of sailing around the world in one day, every piece of wood was replaced with a new one. It was still

The original ship?

From the perspective of idealism and philosophy, it is indeed still the same ship, but from the perspective of conservation of matter, it is completely different.

This is also to verify whether space teleportation is materialistic or idealistic, and whether the teleportation can still proceed when there is no trace of matter in the car that belongs to him.

The results of the experiment are very amazing! In the four sets of experiments, the car lost its ability to transmit coordinates when parts were replaced for the third, fifth, thirteenth, and ninth times respectively.

After the car has traveled far, the transmission is started again, and the transmission target becomes a certain removed part. Which part is relatively random, and even the person who sets the coordinates can only set a rough range.

As for what the spatial coordinates are attached to, it's all up to randomness.

After repeated experiments, we came to the conclusion that in addition to solids, spatial coordinates can also be attached to gases, and coordinates attached to gases will become unstable and slowly change positions with the air flow.

If it is in an absolute vacuum, in most cases the coordinates will move according to the inertial system they are in. In a few cases, they will flow irregularly like in the air. In rare cases, they will move in other inertial systems.

It can be inferred from this that there is still undiscovered tissue in the vacuum, perhaps the conjectured antimatter, or perhaps the space there is not a vacuum and there are still a small number of atoms.

Judging from this, it is not difficult to see that there are still bugs to be exploited in space teleportation. Except for the one being developed by Tulip, according to the movement rules of the current inertial system, the method of teleportation after calculation can realize teleportation to places that have not been visited or are out of sight.

Except for this, other transfers require coordinates.

Although the existing technology cannot extract the coordinates, it can pack up the materials around the coordinates and take them away. For example, if you set spatial coordinates on a flat piece of land, you can scrape away the flat land.

If this is the enemy's teleportation point, you can launch this piece of land into the sun. The next time the opponent teleports, it will appear on the surface of the sun. The picture is so beautiful that you can't bear to look at it.

In addition, this bug also has its own advantages, which is space exploration.

The time it takes to accelerate an interstellar battleship to sublight speed is absolutely not the same as accelerating an atom. If an atom carrying space coordinates is accelerated to sublight speed, then he can speed up at this speed.

Traveling through the vast interstellar space, it only takes four years for this atom to reach Proxima Centauri.

Then, through this coordinate, a steady stream of people and materials are brought there. It sounds a bit like a sophon, but in some aspects it is much more useful than a sophon.

This can undoubtedly bring Tulip a terrifying strategic depth. Any galaxy within a hundred light years may become an evacuation point for future wars with the gods, not to mention the precious resources of other galaxies, the possible emergence of rare species, and even wisdom.

biology.

Just a rear area that can escape the war is already very valuable.

Even the Supreme God would have a hard time accelerating in space lacking energy. Being able to reach one-tenth of the speed of light is probably the limit. Without prior calculation, no navigation system, and no midway supplies, it would be ten-tenths of the speed of light.

If you travel a long distance at the speed of light, let alone forty years, it would be good to reach Proxima Centauri in four hundred years. If you get lost in space, you may never reach your destination.

The powerful Supreme God is also extremely small on the scale of space. His existence is as terrifying as a star, and his presence is as numerous as the sands of the Ganges River in space, let alone the insignificant gods.

…

"In this case, the interstellar colonization plan can change the progress." On the Natural Selection, Cheng Ying touched his chin, looked at the experimental report sent from the lunar base, and fell into deep thought.

Natural Selection is indeed going to Mars. Even if interstellar teleportation technology can be realized, it cannot be without interstellar battleships. These are two technology trees and cannot be lame.

But in this case, the pace of interstellar colonization can be accelerated. There are a large amount of gases suitable as fusion materials on Saturn and Jupiter in the outer rings of the galaxy, and the asteroid belt can provide a large amount of heavy element materials for future space construction.

.

"Prepare atoms with space coordinates!" Chengying has already decided to develop six planets and asteroid belts close to the sun at the same time.

In the solar system, it only takes a few days at most for atoms to reach their designated destination. Interstellar colonization will begin in a short time. As for Proxima Centauri, which is four light-years away, several atoms are flying there at the speed of light. There will be

Become the strategic rear area in the future.

The emergence of new technologies has led to a rather embarrassing situation: Cheng Ying followed Atom to Mars first, but the spacecraft was still trudging slowly through the vast interstellar space.

Just heading to Mars, it is impossible for the spacecraft to accelerate itself to an exaggerated speed of one-tenth the speed of light. In that case, it would not have time to slow down and would have already rushed out of the orbit of Mars.

Space navigation is not so much like an airplane as it is like a cannonball. After accelerating, the trajectory of the voyage can only be adjusted slightly. Not to mention turning at an acute angle, even turning a corner is difficult to achieve.

Therefore, the atoms emitted by the accelerator arrived at Mars half a year ahead of the spacecraft's schedule. Cheng Ying squeezed the time and teleported the atoms to Mars at the moment they passed by.

This is undoubtedly an error. At the speed of light, the error is 300,000 kilometers per second, and the error is more than ten seconds. If you want to fly over, you will have to fly for a long time.

Fortunately, the calculation error is not exaggerated. Chengying appeared at a distance of more than two million kilometers from Mars, and the dark red earth of Mars can barely be seen clearly.

It is more than two million kilometers, and it actually doesn’t take too long to fly a micro-spacecraft. Chengying stepped on the accelerator and flew there in two days. The surface of Mars is still different from the Mars in the solar system in his previous life.

There are obvious traces of lakes on the surface, and the atmosphere is relatively thick. However, the crustal movement is relatively violent, resulting in a proven large rift valley on the surface of Mars. The depth is probably tens of thousands of meters. There is a large amount of liquid water at the bottom of the valley. Maybe life exists here.

But judging from the conditions on the surface of Mars, the possibility of intelligent life beings existing is very small.

The surface of Mars has not been modified, and the micro-spacecraft chose a location close to the Martian equator to land.

"Check the oxygen concentration." Chengying gave the order to the spacecraft Ai.

[To be continued]

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