Quantum teleportation breakthrough

    

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Quantum teleportation breakthrough

The idea of quantum teleportation is simple, the particle will travel in the power field like laser rays what dilates time in that particle. Quantum teleportation is the case, where the time is dilated in the atoms or subatomic particles. Quantum teleportation allows quantum computers to operate at room temperature. And it can also make it possible that quantum computers can communicate from long distances. In long-distance communication, the quantum teleportation system can use the laser rays as the quantum tunnels, and that data can pack in the electrons or ions.

That thing can make it possible to communicate safely from long distances. One version of that kind of communication system is the system where coherent radio waves are inside the hollow laser rays, and that thing would deny that the outsider can get that data in the hands. And because laser rays protect the radio waves, the message is clear, when it reaches the target.

But if the laser ray would touch the electron or ion, what transports the data, that thing makes the time dilation in that particle. So when electrons are traveling in the laser rays, that thing makes them able to transport information in very long distances. So by using that technology is possible to make the qubit, which can travel long distances and operate also in extremely high temperatures.

The laser-qubit can transmit data in quantum qubits at room temperature.
The laser qubit is the internal laser rays. As an example, the red laser ray would make the cover or tunnel, where the blue-green laser ray travels. And the outer laser ray would transmit layers 0 and 1, which tells that power is in on the quantum computer. The other two layers 2 and 3 are transferred by using blue-green laser ray.

The qubit that uses quantum teleportation would operate like this.

Layer 0 and 1: are the laser ray. Layers 2 and 3: are the Electrons that are traveling in the laser ray. The laser would make the virtual quantum channel, which protects the electrons. The laser will pump the energy to the electron and that thing would make the time dilate in the electron. The time dilation will make it easier to keep the data in the right form even it travels thousands of kilometers. But the practical solutions for that thing are a little bit on the stage because the world record in quantum teleportation is 41 kilometers.

Blinking of the laser would tell the quantum computer that it should start to receive the data. And the electrons that are traveling to the receiver will transport data through long distances. The difference between pure laser-qubit is that the data itself travels in the tunnel that is formed by laser rays in the form of electrons. The data cannot dismantle while it travels in laser rays, and it can get only at the ends of the laser ray.

Quantum teleportation makes possible long-distance data transportation and that thing makes it possible to make the quantum computers that are sharing the information in the form of qubits with each other. If the system uses molecular or ion form of qubits or data transporters, the data can pack to an ionized atom, and that thing can travel through the ion channel. In the same way, the data can transport in the form of electrons in the quantum tunnel.

Quantum teleportation might answer the problem of how to handle the molecule or electron that they can keep their quantum state, that the data would not miss in that journey. And one of the answers is that the time would dilate in that particle. But the opportunities of quantum teleportation are limitless because the quantum tunnel can also make by using powerful laser rays. In that case, the quantum data transporter would travel inside the laser ray, which pumps energy to that particle.

https://scitechdaily.com/sustained-high-fidelity-quantum-teleportation-achieved-for-the-first-time/

https://scitechdaily.com/teleportation-is-indeed-possible-at-least-in-the-quantum-world/

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https://curiosityanddarkmatter.home.blog/2020/12/21/quantum-teleportation-breakthrough/