Synergy of classical and quantum communications channels in brain: Neuron-astrocyte network

Abstract

Human brain acts as very efficient parallel classical-quantum communications system related responses to a multitude of input signals from sensors. Despite the great advances in understanding the biochemistry and molecular biology of the cell in recent years, the mechanisms of the quantum communication channel in the brain remain a mystery. Since matter and energy cannot be teleported, in sence to transfer from one place to another without passing trough intermediate locations, teleportation of quantum states, asultimate structure of objects, is possible. Only the structure, information about conformation stale, is teleported-the matter stays, at the source side and has, to be alredy present at the final location. From this point of view we consider a new type of networks in brain based on unity of cllassical and quantum neural-astrocyte network. Matter and energy (classical channel) and classical quantum information travel trough neurons, while trough astrocyte-neuron loop travel classical quantum and non-classical quantum information. New type of network is, synergetic one with quite new energy-information properties then classical neuron networks.