The Andromeda galaxy as seen from the Milky Way has one time for the
entire unit.
A space ship traveling between Earth and Mars must have, in a line between
Earth and Mars, flexibly differing times -- differing times changing at all
times -- for the planet ahead and the planet behind. That space ship,
though, will have a global unit time for itself, the same global unit time
for the whole unit, the same as we observe for the Andromeda galaxy as a
single unit of time in the distance. The same as the Milky Way taken as a
whole, single, unit. The same as this solar system when taken as a single
unit. The same as this planet when taken as a unit -- as when observed from
the Moon or observed from the center point of gravity of the planet's core.
The same as an entirety of atom when observed relative to us to be a single,
unitary atom (a global field of atomic space-time....unitary, single point
time....not in-line variable timing).
The global unit time of a single unitary point, a single unitary atom, a
single unitary space ship, a single unitary planet, a single unitary solar
system, a single unitary galaxy, and so on, taken to be a single unitary --
self contained -- object, will have the same second of time, the same unit
of space-time, the same measurement of velocity and [light speed], for the
entire unit concentration as one single self-contained point in space and/or
time separated from, opposed to, [times] and timing in-line.
Variable multiple dimensioned space....and time. Global field space and
time (unitary point, atom, space ship, planet, solar system, galaxy, and so
on as some self-contained unitary concentration and reduction to singular
'one', "a packaged deal"), its vertical variability in-line -- so to
speak -- is the variability of a [global field orientated] 'hyper'
space-time.
GLB
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