Acoustic and electromagnetic wormholes are interesting communication tools.

In the beginning, I must say one thing. The term Faster-than-light communication means that photons are traveling faster than usual. In underwater conditions, the system can make acoustic channels through the water. And in that case, even an electron can travel faster than it travels in water. 

Researchers made acoustic and electromagnetic wormholes in laboratories. In those situations, the wormhole means a channel where liquid water or some kind of electromagnetic radiation like magnetic fields are forming a channel through the air or some other medium. There is the possibility that the wormhole is made through the liquid like low-pressure ultra-cold water by making the acoustic channel through the liquid and then the magnetic tornado is drilled through that channel. 

The idea is that when the power of another magnet is lower than another it creates a situation where information travels like in wormholes. The system can create this electromagnetic part of a "wormhole" by using magnets that are rotating in opposite directions. 

But why that kinds of wormholes are interesting? They can use in quantum computers to protect the qubits and quantum entanglements. If the quantum entanglement is made through an extremely cold liquid like low-pressure water or liquid hydrogen that protects the qubit from outcoming anomalies. 

The acoustic wormholes can use to test some physical theories. In these kinds of systems, electrons are shot in the acoustic wormhole. And then that wormhole suddenly closed. At that moment. The electron travels faster than light in a very short moment and it sends cherenkov's radiation. 

But acoustic wormholes allow for the creation of underwater or extremely protected radio communication. In this kind of system acoustic systems make a channel through water or air. Then the highly accurate radio-maser signal is sent through that channel. That makes it possible to communicate through that channel by using radio- or laser signals. 

At the beginning of this text, I wrote that the term "faster than light communication" means a situation in which a photon travels faster than otherwise. That situation can form underwater conditions simply by making an acoustic channel in the water, and then an electron or laser ray will shoot through that channel. In some very interesting models, the system makes acoustic channels in water or ice. And then it creates a vacuum in that channel. The hollow laser ray can travel through that channel and protect the qubits. 

The electromagnetic wormhole can revolutionize astronomy. 

Faster-than-light communication through the small-size electromagnetic tornado is one of the most interesting phenomena that can make many fundamental things. In some models far from the Sun is created the gravitational telescope. The telescope could use laser rays made between miniature probes positioned in Kuiper's belt. 

If that system sees some kind of gravitational burst it can send information about that gravitational eruption to Earth. That allows the astronomers to turn their telescopes to that burst. The same way GRB and XRB (Gamma- and X-ray Bursts) can observe by using a similar way. The distant telescope sees those bursts. And then they send information about that thing to telescopes that are closer to Earth.  But there is a problem with those kinds of systems. 

The speed of communication or information carrier is limited to the speed of light. So if the system can create a channel where are no quantum fields or scattering. That thing allows the system can send the message. That comes before the signal that the system should observe. So if the system can make informed travel to Earth before the XRB and GRB, it can make it possible to observe those signals more effectively. 

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