
Current in plasma doesn't travel in straight lines, so why on *Earth* would I expect, let alone *require* that current travel in straight lines in complex liquid/solid structures of a brain?
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You think galactic superclusters function like neurons because you found a simulated image that looks vaguely like a stain of a mouse neuron? Do I really have to say how completely insane that sounds?
In terms of the layout of matter, and in terms of the voltage variations, and the flow of *current* through that material, they are similar. They not only *look* the same, they also have voltage variations between various structures, and currents that connect them altogether. It's not "sort" of like neural activity, a *lot* like neural activity.
So, myelin, sodium and potassium, voltage gated channel proteins, Na/K ATPase, action potentials, saltatory conduction? You're saying galactic superclusters have these features?
It has voltage regulated structures, double layers, Birkeland currents and all the chemicals we find here on Earth. I'm not suggesting that plasma forms *exactly* the same structures that exist in a brain, but it does produce all sorts of similar features.
In fact it was Irving Langmuir, who had a background in biology, that gave plasma it's name. As he started researching the forth state of matter, he could not help but notice the similarities it had to biological structures, including the double layers that act like cell membranes. It was those very sort of cellular features that led him to coin the term "plasma". He immediately associated the behaviors of the forth state of matter with the behaviors and structures of blood plasma.
FYI, in terms of cosmology theory in general, the idea I'm proposing is not all that "insane" at all. In fact the only thing that might save us from such things forming in space is apparently "string theory" of all things.
String theory may limit space brain threat - physics-math - 22 May 2013 - New Scientist
Did you read that article you linked to?
Yep.A "space brain" could happen?
Probably not since you've dissolved it actually.And if I dissolve a sugar cube into a glass of water, if I wait long enough, I can expect the molecules to randomly assemble themselves into the original shape.
Compared to the three or four forms of metaphysical sky entities you're postulating, or something like string theory? Not at all!Not that "insane" at all, you say.
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the fact that currents flow in our brains
FYI, in terms of cosmology theory in general, the idea I'm proposing is not all that "insane" at all. In fact the only thing that might save us from such things forming in space is apparently "string theory" of all things.
String theory may limit space brain threat - physics-math - 22 May 2013 - New Scientist
Get your "facts" right.
You have a transaxial release (flow) of ions in the axon of a nerve cells which cause a potential changes to travels downwards the axon like a wave, which in turn cause a release (flow) of chemicals substances at the axon terminals that in turn binds to receptors at other neurons which in turn cause a change of the internal chemistry in the receiving neuron which may, or may not, cause a new transaxial release of ions, and so on...
This is not best described as a current nor a flow... at best you have a flow of chemicals, but no current is to be found anywhere.
This is not best described as a current nor a flow... at best you have a flow of chemicals, but no current is to be found anywhere.
oh wow so you use an even more speculative idea with no real evidence to speak of as proof that your ideas aren't insane?
LOL, cool story bro.
by the logic of using that tripe, anything and everything is possible! no need for evidence or support for ideas, just ignore problems!
Apparently you can't comprehend what you read because they clearly state the flow of current in the opening paragraph and explain how it works in the rest of the video.
Apparently you seem to think that electrical energy in plasma typically travels in straight lines or something. I don't see any evidence that you learned anything from that video, and I see direct evidence that you closed your eyes (pure denial) to the information it contained.
Even in a Birkeland current, current doesn't travel in straight lines.
It has voltage regulated structures, double layers,
Everyone else on the internet uses the term "current". Tell it to McGraw-Hill.
Any current is at a right angle to the propagation of the nerve impulse. It is explained quite well in that video. That you keep getting it wrong says a lot.
Please, show these to us
and show how they are analogous to a nerve impulse.