Aaron, if you need any pics on natural spheroid or vortex, just give me a shout, no problem and you are most welcome.
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That sounds great. I may just have to take you up on that offer. I really would like to collaborate with you. For so many reasons.
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Those laser experiments are doable, provide they know what are they looking for. Plasma cosmology is not accepted by the mainstream.

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Are you familiar with this web site on Plasma Cosmology? I have sent my Gravity paper to Wal Thornhill, who is one of the main authors of the Electric Universe theory (EV), which is closely connected to Plasma Cosmology. http://www.thunderbolts.info/
"Concerning flatness of the solar orbital "disc?,
the governing dynamics is polar vortices pair, some orbits might be tilted from the plane of ecliptic, however, are all disc orbits for more
inert entropy consolidated as spheroids. For non-disc type
orbit on a spheroid,
I don't know what you mean by this. Is a "spheroid" mostly solid? Like any one in the range of planets or moons, whether molten or 'hardened' or gaseous? Then, what is an orbit 'on' a spheroid?
it can only apply to
lower latitude consolidating vortex on surface of
viscous mass.
The primary shape for cosmic structures are spheroid and disc, disc shape are in highly excited state usually occurs to wards the inner shells in a strong precession. Spheroidal shape objects are in a more inert state, usually occurs at the "valence" outermost invisible plasma shell even if the core is highly excited.
If these are the only two shapes--disc being highly excited and Spheroids being the less excited opposite extreme--shouldn't there be a long graduating phase of objects or cosmic structures that are going from one shape to the other as they either speed up or slow down in excitement? Have you come across any photos that might show this occurring. If none is to be found, then they may be caused by different geometric cosmic super-structures.
I was too engrossed with your Tiny Bits Gravity theory, not aware of any chat going on. LOL.
Warmest regards.