Signal Theory - Quantum Communication

Considering it may be possible that particles and waves can be thought of as quantum neurons, then it may also be possible that they are connected by quantum synapses, thereby entangled with each other. This network then transmits signals from one force carrier to another, signalling that particle to use the force, therefore, this paper outlines the signals that gets transmitted between one type of particle or wave to another type of particle and wave, describing what the signals mean. This also translates to the brain, where it describes what the chemical messages that are getting sent from one area of the brain to another, through non-quantum synapses. There are, of course, two types of signals, excitatory, and inhibitory, where the excitatory signals are opposites of inhibitory signals, although this paper mostly focuses on excitatory signals. This paper combines neuroscience and quantum mechanics to create a form of quantum neurophysics.