A long-distance quantum entanglement is a multi-use tool if it works

This is the text about opportunities for long-range quantum entanglement. And maybe practical solutions are far in the future. Quantum radar is using superpositioned particles and quantum entanglement for getting data even from other solar systems. Making that system requires extremely long-range superposition and quantum entanglement.

When particles are superpositioned they are actually like a stick. When another part of the superpositioned particles is moving, the entire stick is moving. That thing causes that the real-time communication through the light-years is theoretically possible. In this case, there are no laws of physics broken, because the superpositioned particles are the one particle.

Long-distance quantum entanglement can open new visions in the secured data transmitting but it can also make it possible to communicate between Earth and probes, which is operating far away from our planet. The idea is to make the quantum entanglement between two layers, and then the other layer would shoot to another planet.

Theoretically, there are no limits between the distance of the quantum entanglement and superpositioned particles would operate like they are the same particle. The reason why the huge distance would not affect the time of messaging is that the superpositioned particles are connected by the quantum bridge, which is like a stick between those particles.

So that thing means that when another particle is moving, the other is also moving, and the quantum bridge causes that particles are one very large particle. So if the communication between let's saying with interstellar probes happens by using the superpositioned particles and quantum entanglement, that thing causes that real-time communication between that probe and Ground station is possible.

That thing requires extremely long-range quantum entanglement, which means that this kind of communication is far away in the future. The probe must travel to stars so long as it travels. But the quantum entanglement would revolutionize the communication between distant objects and other things.

In some visions, the interstellar probe would be the group of nanomachines or atoms that are superpositioned with the atoms, that are on the earth. In some other scenarios, the superpositioned electrons are stored in the fullerene molecules. Then those molecules are sent into the atmosphere of another planet. Then those fullerenes will be removed.

And then the entanglement particles will start to move like a yoyo and the other superpositioned particles will start to detect the electromagnetic radiation what that movement causes. So this kind of quantum radar can scan the planets even in another solar system. When another end of the particle pair, the another will also oscillate the same way. That thing requires that the quantum entanglement and superposition can be made through the light-years. The problem is how to get the superpositioned particles to the other solar system, but these kinds of things are interesting visions.

()https://phys.org/news/2019-12-entanglement-long-distance-free-space-quantum.html

()https://qubitreport.com/quantum-computing-science-and-research/2021/05/17/aalto-university-researchers-observe-long-lived-macroscopic-quantum-entanglement/

()https://en.wikipedia.org/wiki/Quantum_entanglement

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