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Quantum teleportation offers an express lane for data communication.

 



Quantum teleportation offers an expressway to communication. But it can be more useful than we ever expected. Quantum teleportation means communication through quantum entanglement or superpositioned and entangled particles. Quantum entanglement is two or more particles that oscillate with the same frequency. 

And then those particles are connected by energy flow or energy channel. The most exotic and extreme version of the quantum entanglement would be the wormhole the energy channel that connects black holes that are oscillating with the same frequency. 

Quantum entanglement means that the particles are connected by using the electromagnetic bridge. That allows pushing those particles like they are connected by using some kind of stick. So the superpositioned and entangled particles can make possible the high-speed and real-time communication even from the other solar system. The quantum entanglement moves back and forth and transmits information from great distances.

But the thing is that the quantum entanglement is more than just a communication tool. The quantum entanglement can also transfer energy. Energy travels in quantum entanglement like everywhere else. That means the long-distance quantum entanglement can also use for transmitting energy even from another star to our solar system. But the problem is where to get energy from that kind of project? 

Theoretically, there is no limit to the distance of quantum entanglement. Making quantum entanglement between solar systems requires an extremely high energy level. But the black holes can form the stable quantum entanglement. And that energy channel between the black holes is called wormholes. 

There is a hypothesis that wormholes can allow interstellar travel in physical form. The skeptics are saying that the radiation in the wormhole would be so powerful that it destroys the particles and crafts that are trying to travel through them. 

But the other side of this thing is that our hypothetical traveler will travel in the wormhole at the same speed as photons. So all particles are traveling at the same speed with wave movement and photons in that channel. 

And that means the hypothetical craft will travel between the wave movement and particles. So the wave movement doesn't push or pull the object that travels in the wormhole.  

Quantum teleportation is the thing that transports information in the quantum computer. In quantum computers, the information has been packed in qubits that will be superpositioned and entangled. So information can also send through the wormholes in the form of qubits. And that makes it possible to transport information the extremely long distances. 


https://scitechdaily.com/not-science-fiction-quantum-teleportation-provides-express-lane-for-data-communication/


https://miraclesofthequantumworld.blogspot.com/

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