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Researchers created a holographic wormhole in a quantum computer.



Researchers created a holographic wormhole in a quantum computer. So did they make a wormhole? The answer is yes and no. The holographic wormholes are very weak versions of the wormholes. As I wrote somewhere earlier, the wormhole is not an absolute phenomenon. Its channels across space and time. 

The simulated wormholes show that simulated black holes can exchange information. But exchanging some gravitational waves or electromagnetic wave motion is a little bit different than sending some living animals or even bacteria through that channel. Simulating wormholes can make a revolution in quantum computing. 

Researchers make the simulated black holes by making an electron hole in the 2D atomic structure. Researchers can make Quantum entanglement through those holes. In that case, the energy channel that connects superpositioned and entangled particles will create through two holes linear holes in two opposite 2D structures. Those 2D structures are created by using minimum energy level atoms. 



The measurement accuracy or ability to separate the quantum states in qubits determines the quantum computer's power. So if the system can protect quantum entanglement against outcoming disturbance it allows increased quantum states. And the number of quantum states determines how many parallel lines the quantum computers can use.  

Things like laser rays and other kinds of things can create a so-called "softcore" wormhole that isolates the area from its environment. Or it denies some wavelength of the radiation effect inside the hologram. That thing allows simulation of things that are happening in the real gamma- and gravitational wormholes.

But there is one thing that makes those holographic wormholes interesting. They can protect quantum entanglement against outcoming effects in quantum computers. Hologram wormholes can make it possible to protect the information in light cables, laser communication, and quantum entanglement. 

The hologram or laser ray that is around the light cable or quantum entanglement can deny the outsiders measure the changes in the power of the signals. And that kind of hologram can protect the information in the oscillation circuits. There is the possibility that outsiders can break the communication system by measuring the changes in the electric level in the oscillation circuit. 

If electromagnetic radiation that measurement tool requires hits to the hologram. That system can measure the change in the hologram's energy level. And that thing tells if somebody wants to measure the energy levels in the oscillation circuit. 


https://www.quantamagazine.org/physicists-create-a-wormhole-using-a-quantum-computer-20221130/


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