Neurons use specific compounds, neurotransmitters, to transfer specific messages to one another. But, in fact, the neurotransmitter, itself, is not a message, per se, but a specialized substance used to induce a specific internal state upon uptake by the postsynaptic cell. Generally, this reception, regardless of the neurotransmitter received,
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Neurons don't move much, but energy makes them shake, in a way.
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(see Basar citation given for the "evidence" you've requested.)
I had no intention of beating that dead horse with this entry. My thought was to compare two scales -- the cellular scale, of the neuron and its neurotransmitter's "communication," and our own scale, the individual and our own means of communication.
Spreading activation is a term used to describe both the semantic network and the "empathic" oscillatory response which carries from one neuron to another in neural net. Neurons communicate best when they're "on the same wavelength."
So, what does that shared oscillatory state imply? Resonance, yes, of course. Entrainment phenomenon, sure. But that cell is a living entity, and I feel the transference of frequency amongst living things is very different from the base physical phenomena of nonliving mediums.
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