Quantum entanglement and its possibilities

    

 

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F-22 (Wikipedia)

Quantum entanglement and its possibilities

Quantum entanglement and quantum stealth

Atoms or subatomic particles can use as quantum-size rolls or balls, which can kick other particles and electromagnetic radiation in the wanted direction. One of the most fascinating ideas for aviation is to make the quantum layer for the aircraft where the atoms are rotating in the same direction. That can cause that the radio waves are traveling backward. Or the direction where those atoms are pushing them. So the idea of this kind of quantum stealth is the quantum rolls are pushing the electromagnetic radiation in the wanted direction. 

This kind of system where the atoms are rotating in the same direction would make it possible to make the aircraft, where are no visible engines. So if that kind of craft is saucer-shaped it can turn its direction very fast. The needed thing is just to turn those quantum rolls or balls in the wanted direction, and then the ion flow can aim in every possible direction. 

Superpositioning atoms and time dilation

By using atoms as the quantum rolls are possible to make the layer, where those quantum rolls are rotating with the speed of the light. So that kind of thing can cause the time dilation in the craft what is in it. So the quantum technology will make it possible to slow the time in the structure. 

So what if we would cover the entire layer of the aircraft or ship by using the two layers of atoms that are put in the superposition? Then the upper and downed layer of atoms are put to rotate in the opposite directions what makes the quantum entanglement around the object? 

That thing denies the information cannot cross the line or layer of the entangled atoms or ions. The fact is that no information cannot pass the line of the superpositioned atoms or ions. And this thing gives the new type of ideas for stealth technology. This kind of layer can make by using two layers of graphene, where the atoms are rotating in different ways by making it possible to make the lightweight layer, which should deny the electromagnetic radiation to reach the core of the craft. 

Quantum entanglement in data protection

Quantum entanglement is the thing that protects the data inside the quantum tube. The key element of the quantum entanglement in the quantum state the particles are in superposition they are rotating to the opposite side, and that thing denies that the information cannot move from another particle to another. 

This is the idea of quantum cryptography. The information channel is cover with the opposite rotating quantum particles. And that thing causes that the information is not visible from the outside. The quantum channel that protects the information in the quantum computers might be two nanotubes that are one on one. 

The atoms will put to rotate to opposite sides, which should deny that the information cannot pass the nanotube, where it travels in the form of laser or electron ray. Because of the quantum entanglement of opposite rotating atoms of the nanotubes. The data cannot pass the wall of the nanotube. That means that the magnetic fields cannot affect the data transportation particles. And that thing causes that the data would travel in a more stable form. So the quantum entanglement can benefit extremely small electric insulators. 

Image : Wikipedia