Quantum Transmission Technology - from Defined Quantum Certainty

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‘Coherent, Quantum Communications Technology - the Replacement for Radio’

Following, is a brief demonstration of how to transmit a quantum propagated communications or telecommunications signal. (Each component signal must transmit in a unique wavelength.)

Quantum communications are governed by coherent sine squared current rather than the associated voltage. That current ‘is’ quantum spin or quantum rotation - a Xerqon discovery.

When amplified, the rotation performs the role of an arithmetic, quantum carrier wave. All that is required to transmit is to copy pairs of the wave - one for transmission and the other for reception. Add a sine squared format of signal (do not use product amplification) to the generator of one sustained wave. Amplify the signal on the already, at least twice amplified carrier wave.

Amplifying the signal via this process will produce a matching signal in the other, active and sustained carrier wave generator. To isolate the signal, electronically subtract the carrier wave in the receiving device, sequentially proceeding the receiver module, in that device. The signal may be then directly and further amplified for presentation, via another device such as a speaker or television.

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