- #1
wolram
Gold Member
Dearly Missed
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Difficult to explain this question but i will try, Space is expanding
and un gravitationally bound matter is carried along with it, so two
unbound bodies will get further apart, now gravity is a weak" force",
yet it can resist the expansion," i remember and astroid that has its
own tiny moon", so the force to resist expansion must be tiny, so
how do we know that when space expands it carries matter with
it at exactly the same rate," no slippage". and what "force" holds
matter to space, this again must be tiny, but non zero as matter
just would not move with space.
and un gravitationally bound matter is carried along with it, so two
unbound bodies will get further apart, now gravity is a weak" force",
yet it can resist the expansion," i remember and astroid that has its
own tiny moon", so the force to resist expansion must be tiny, so
how do we know that when space expands it carries matter with
it at exactly the same rate," no slippage". and what "force" holds
matter to space, this again must be tiny, but non zero as matter
just would not move with space.