But physicists know that General Relativity and Quantum Mechanics are not "compatible" but so far there has been no way to unify them.
I have Absolute True paper, what explains Dark stuff, and unites the QM and GR. Do you need the link? But it highly technical
If it's anything like your pebbles orbiting that the sun there seems little point but if send it if you like.
All rights reserved by God.
https://cloud.mail.ru/public/Gf4d/k27ahSSJW
Thanks, but I see no justification for you claim that it is "Absolute True paper".
I'm sure anyone with a little more expertise in cosmology could debunk it with no problem.
But personally I think it is totally irrelevant to the flat-earth/Globe earth question or even the Geocentric/Heliocentric Solar System question.
Gravity, Dark Matter in the Solar System: Does it Matter?
Russian researchers Pitjev and Pitjeva have studied hundreds of thousands of observations.
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In fact the authors note that the aggregate dark matter within Saturn’s orbit should be less than 1/6th of 1 billionth of the Sun’s mass, which is 2 x 1027 metric tons. We’re talking at most 3 x 1017 metric tons, which is a lot, but not in Solar system terms. The mass of the Moon is 7 x 1019 metric tons, so this is an amount over 200 times smaller than the Moon’s mass spread out over the volume within Saturn’s orbit.
In other words, within the Solar System the the question of
dark matter is totally irrelevant.
Those questions stand on their own merits and
dark matter and
dark energy are totally irrelevant distractions.
But I'll comment briefly on
dark matter and
dark energy.
Firstly "Dark Matter":
- There is no measurable "Dark Matter" within the Solar System so forget about any attempt to measure it here on earth.
Why do you think it would be called "Dark Matter" any more if "Dark Matter particles" had been detected?
- You correctly say that, "Recently, there has been found a particular galaxy without Dark Matter"
but why would that raise the "the question again about the meaning of Dark Matter in cosmology"?
Why can't there be an exception? Since the explanation of dark matter is not yet known that exception does not seem to raise any additional problems.
Again with "Dark Energy", if it could be explained by the sorts of analysis you are doing it wouldn't be called "Dark Energy".
You say, "For a small laboratory with a coordinate volume ∆V , the totall energy is given by . . . . ." seems, to one as naive as myself, meaningless.
There simply is
no "expansion of the Universe" between systems bound by gravitation.
This applies within even galactic groups, such as the
local group.
Only galactic groups far enough apart for gravitation to be swamped by other forces, such as radiation pressure, are candidates for expansion.
But I'm no cosmologist, so I'll refrain from commenting further.