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Biological electricity?
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16-12-2020 3:53pm#1
The biological version - propagates an electrical wave, a pulse.
Extrapolates and replicates itself in the organism biological pulsation itself,
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Standard electrical setup,
Similar in that positive to negative charge ionic flow.
The outcome of lighting a bulb or firing an action potential to initiate cell signalling is inconsequential.
It's the principle of action that remains consistent - positive to negative ionic flow.
The difference is - what?
That's the thread question.
Biological/organism function seems based on a kind of viscosity - again a kind of cellular organism, is a like a viscosity encapsulated by a membrane, said membrane separating the respective ionic charges allowing for electrical function, action potential propagation etc
That organisms quality of functionality seems based on it's electrical integrity in some/all respects?0
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Low voltage is enough - though I strongly contend that voltage varies; we know how to modify it's signalling product, but not the voltage (or frequency/power of the voltage propagation) itself.
Yeah I don't mean zapping anyone, certainly not in the conventional sense - like we're the great lord Raiden,
No - electricity of excitatory cells is rather conservative however, slight variations/tweaking yield profound organism modifications (not least of all the signalling cascade resulting in gene expression variation).
One theory I have been working on is the expression, "the air gets heavy" - like molasses, or rather - like plasma.
Attributed historically to it being "all in the head", like a perceptive enigma with no physical base to it, which I simply don't believe.
A sticky viscous quality to it.
This reliably happens in times of "high tension", tempers running high..... etc.
Voltage for plasma formation in electronics is kilovolts, neurons conduct in mVolts - so, obvious this isn't conventional plasma that's capable of conductance.
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What I'm saying is there's an unquestionable (yet uncharacterized) relationship between high Excitatory-Motion/Emotional states and neuron electrical conductance.
E-motion, excitatory motion itself = electrical propagation - good feeling in positive emotional states almost certainly relative to signalling it induces (via transmitter discharge).
Emotion = our "feelings", which is simply the nature of neural electricity at a point in time.
Everything we "feel" being a nerve action potential.
It obviously doesn't form glowing plasma but from a physics point of view, that "air goes heavy" feeling correlates directly with high emotional states and thus higher neural electrical activity.0 -
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