(The image I)Photons shot through the quantum tunnel between two Canary Islands. If long-distance quantum teleportation is possible, that thing will bring a new level of security in the communication between satellites and ground stations. (Image: Forbes)
The fact is that there is little difference between making quantum teleportation for a couple of atoms than transport an entire human. But the idea is interesting. Quantum teleportation can be useful even if the system can transport only a couple of atoms. In quantum teleportation, the data is transporting by using quantum entanglement from one place to another. The data travels in the mode of subatomic particles through the bridge, which is formed by superpositioned and entangled particles.
In image II is a model of the test system that is used in quantum teleportation. It's from "Nature magazine". If we want to send something else than subatomic particles or photons through that system we must use something bigger than superpositioned and entangled photons. Sometimes is introduced to use the homogenous iron balls, but the energy level that is needed is so powerful that the system would not work. But technology advances, and maybe after a hundred or a couple of hundred years the system can make the real teleportation.
Today quantum teleportation can use to transport information in the form of photons. Sometimes people are asking is it possible to transport more complicated particles than just information in the form of photons? The thing is that quantum teleportation is turning to 3D structures.
Image:()II
And that means transporting the other particles like electrons and protons is possible. The 3D quantum teleportation makes it possible to transport data in very complicated forms. Using superpositioned and entangled particles is possible to create the quantum channel and the record of the data transportation over this channel is over 88 miles.
In this test, the researchers teleport the photons between two Canary Islands. The quantum channel is the place where data travels like in optical fiber. And if another part of the superpositioned and entangled particles would slip in the room that allows transferring data through the walls to a remote position.
That thing can transport information from that room like some camera obscura or optic fiber. But the thing is that if the particle is superpositioned to the computer. It can transmit every single command that travels in the system through the superpositioned and entangled particles. The thing is that the superpositioned and entangled particles can also be acting as one particle. They can form a quantum stick that can read data from long distances. When another part of the particle pair is moved the other part is also moving.
But when the information travels in the superpositioned and entangled particle pairs there is a theoretical possibility to send the human through that channel. The thing is that can the system create so large superpositioned and entangled particle pairs that the human can travel through that channel in one piece. Or if the system will break the entirety to the pieces. The question is can the information rebuild after the travel through that channel? And that thing can be made by using the quantum version of the 3D printer.
The superpositioning of the atoms can make by using laser rays what are multiply the oscillation to the similar atoms at the other side of the quantum channel. So theoretically the human can transport through the quantum channel by making two absolute pure gold or some other metal ball. The used metal or elements are the same. The idea is that by using electromagnetic radiation those absolute pure balls will stress, and then they will make the superposition between each other.
In some theories, the wormhole or Einstein-Rose bridge is the energy channel between superpositioned and entangled black holes. When the gamma- or X-ray which is left from the other black hole reaches the smaller black hole, that thing makes it oscillate with the same frequency.
And then sooner or later the radiation, that travels between black holes in the form of X- or gamma-rays is turning them into superpositioned and entangled objects. And that means the wormhole is the quantum teleporter. The black holes are forming an extremely powerful version of the spooky effect of distance. But can humans travel through that bridge? The question is can the information maintain its form or can it rebuild itself after it travels through the wormhole.
Can quantum teleportation ever come to reality? We might not able to transport humans by teleporting them quite soon. But the fact is that quantum teleportation can use to transmit data in the quantum computer. And they can use for many other informational purposes.
One version of quantum teleportation is that the data of the person's DNA and memories will send to 3D bioprinters which are making the human. And then the memories of the human can transmit to the body. The system can make the organs separately, and then they will connect like in some Frankenstein movies. But that thing is far in the future.
()https://www.forbes.com/sites/alexknapp/2012/09/06/physicists-quantum-teleport-photons-over-88-miles/?sh=37d6d74446f2
()https://physicsworld.com/a/quantum-teleportation-moves-into-the-third-dimension/
()https://www.sciencealert.com/scientists-achieve-sustained-high-fidelity-quantum-teleportation-over-44-km
The image I:()https://www.forbes.com/sites/alexknapp/2012/09/06/physicists-quantum-teleport-photons-over-88-miles/?sh=37d6d74446f2
Image II()https://www.nature.com/articles/d41586-017-07689-5
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