The superpositioned photons can make something more than transmit data in quantum computers. The superpositioned and entangled particles can be used to measure the curvature of space itself.
Superpositioned particles are excellent tools for measuring such things as the curvature of spacetime and the effect of gravitation. The reason for that is that those particles are identical. And if another part of that particle pair is moving measuring differences between forms and energy level of those particles can be measured easily.
The curvature of the space is visible at the moving particle. And that thing is making this kind of thing more interesting. There is the possibility that the time will be stopped in another part of superpositioned and entangled particles by stressing it with radiation and moving it at a speed that is near the speed of light.
Another thing is that there is the possibility of things like theories about traveling faster than light. In that case, the extremely fast-moving object would face the incoming wave movement. That thing makes it travel virtually faster than light. The impact speed of those particles and wave movement is higher than the speed of light.
So there is the possibility to make the quantum-size black hole. On of the particle. Theoretically, there is no limit to the size of that kind of thing. And there is the possibility that the black hole can be smaller than a quark. If that thing is possible to make in the particle accelerator. That system will make it possible to see across the time.
The quantum entanglement would create between two particles. The other will travel at the speed of light and another would remain on a stable platform. That thing would make it possible to create the antenna. That brings wave movement from the future.
One of the reasons why we cannot see to the future is that the energy level of the universe is lower in the future than in the present day. The reason for that is that universe expands. The energy level of the universe decreases all the time when it expands. That causes energy and wave movement can travel only in one direction in time.
And that thing is to the future. Because the past is at a higher energy level than the future we should create a lower energy area at this time. If we want to bring wave movement from the future. By using a quantum whip that is the quantum entanglement where the other part is traveling with the speed of light. And other remains in a stable position is possible to bring wave movement from the future.
The quantum-size black holes are theoretical things. They can form to the surface of the particles when they are traveling through wave movement. The quantum-size black hole would make it possible to create the wormhole between superpositioned and entangled particles. If a wormhole would be possible to make. It would act like camera obscura or optical fiber. That thing can bring information from long distances in seconds.
https://scitechdaily.com/enhancing-mind-bending-simulations-of-curved-space-with-qubits/
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