Wormholes and the use of them in the space travel
The use of singularity as the tool for space travel is one of the most fascinating things, what mankind has ever modeled. But there are many huge risks in this kind of thing, and one is that if the head of the wormhole is in the atmosphere of some planet, there is a possibility that the wormhole (1)or Einstein-Rose bridge just sucks the atmosphere of the planet through it. And in the worst case, the entire planet would be pulled to the wormhole. This is one of the most devastating things, which can happen in this theoretical way to travel long distances.
So when we are thinking about the wormhole, we must realize that in every model of this effect the wormhole would pull material in, and interacts with the environment in the heads of that thing. So the effect of the wormhole must be happening by the effect of the black hole, which is forming the wormhole. While traveling inside that "tube" there is no way to affect the particles, because they are not in our dimension. In every theory, the wormhole is the channel to the other dimensions.
But the thing is that we haven't seen the single wormhole yet. And we cannot see them or feel them if we are the wrong angle or somewhere else than the head of the wormhole. If we would someday want to test that effect, we must realize that this test would be the most dangerous in the history of mankind. We must create the electromagnetic version of the stable singularity, and in that case, the needed energy levels would be extremely high.
Even in the most optimistic theories, the size of two black holes, what is forming theoretical wormhole must be big enough, that they can begin the interaction between each other. The idea is that the power of particles or gravity waves or radiation of those black holes must be so powerful that the black holes can make the interaction between together by using those things.
And after that, the singularity must start to oscillate with the same frequency as some other black hole in the universe. So if we would make that thing, we must realize that there are many things, that can go wrong even if the wormhole could be done. The first thing, that might go wrong is that the singularity would pull the entire laboratory in it. In the case of stable singularity, the singularity can pull the entire planet inside it, and even the vaporizing of this thing happens quite soon, a couple of minutes is enough for the pulling entire planet inside the "hole".
This can happen even in the case that wormhole is not possible. Another problem is that even the wormhole can be forming, the formation of that thing can happen in the speed of light. That hypothetical effect or bridge would be forming between two black holes, but if the wormholes themselves are following the natural laws, that means that if we want to create the wormhole between our solar system and Cygnus X-1(2), what is about 6070 light-years from the Earth, the forming of this "bridge" would take half of that time, because forming of that thing is interaction.
Both sides of the formation of the Einstein-Rose bridge takes the part of this action, and that means the forming the bridge between a man-made black hole and Cygnus X-1 would take 3035 years. If that thing would ever be possible. In some theories forming of that kind of bridge would happen only when the radiation of two black holes is touching together. And in this case, the opposite poles of the black holes must be against each other. That would cause the particle transferring between those black holes.
In this case, the black holes must be big enough that they can send the particles against each other by using the energy level, which is high enough. If the speed and energy of those traveling particles would be too low, they would just mix with the normal cosmic particles, and the wormholes would not forming. The thing is that for forming that thing the radiation, magnetic fields or gravity fields or gravity waves what are powerful enough would create this phenomenon.
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