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The thought about wormholes and use them in the astronomy


As we know, the wormholes can conduct light thru them, and in the physics is the thought or theory, that wormholes would be everywhere. Those tiny little things are allowed us to look to the other stars if we would locate them in nature. Or they could make even more. They can also take us to the past or future or even another dimension. But the thing is that those wormholes are very unstable. The tiny wormholes or black holes are forming because of electromagnetic radiation would increase the mass of the single atoms and nuclei particles.

And in that case, the atom can oscillate with the same frequency with the black hole in the distant galaxy. This would cause that between those objects, what are the particle in the atmosphere of Earth and the distant black hole would forming the channel or string, what will carry information between those points. This string is called a wormhole. And if the wormhole would be large enough, even spaceships can travel through it. In some scenarios, the super civilizations could transport even entire solar systems through the wormholes. And maybe when the Sun is transforming to the red giant star, we would transfer our planet through the wormhole to orbiting another star, what is suitable for our new home. But this is the visions of tomorrow.

Most of those wormholes are actually very small, and only photons can travel through them. And that is very lucky for us. In some theories, small size wormhole can bring a small bite of stone through it, and the speed of that thing would be so high, that the impact energy will transform entire planet to the interplanetary nebula.  The time of existence of those things, which are smaller than atoms is very short. But if the scientists would locate or predict the place, where that thing is forming, they can bring the equipment like endoscopes and very sensitive cameras in the place and start to observe the other solar system by using this singularity in that purpose. The small size black holes are in everywhere, but they must be predicted, that the observations can be made, and if the black hole would be stable that would cause very bad thing for us.

The thing is very fascinating because there could be other civilizations in another dimension, or the wormholes could be very small, smaller than atoms, but they can be extremely long and open the route to another side of the universe. But the question is, "how we can detect those things"? One attempt to use those wormholes or miniature size black holes is to uncover them location by using stroboscope, what is synchronized in the same frequency with some Quasar or black hole. I don't know how successful this test was, but the idea was clear.

The scientists tried to find the black hole in the atmosphere, and then put the endoscope in it. That could give a chance to use those tiny black holes as a keyhole to another solar system, where could be the intelligent life form. The thing what makes this kind of technology very interesting is that it would need quite small equipment, but the different thing is how this system would work in real life.

There is a difference between theories and practical solutions. And the problem with the tiny black holes is that they are actually so short life beings, that the scientists must be fast if they want to use the wormhole as the observation tool. And there is one threat to this thing. If the wormhole or singularity would become stable, they might start to suck the atoms together, and then that would cause the fusion in the atmosphere. The tiny black hole causes that there would be forming a star in the atmosphere, and it would be a disaster for our planet. Or the wormhole would suck the atmosphere to some other solar system like Vega.

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