
Originally Posted by
JohnGalt
ok I touched on this just a bit ago on yesterdays mind job.
In physics we are all familiar with the model they use to demonstrate the relativity effect that leads to what we refer to as gravity. You know the one ... they will describe it as a trampoline and mass has a downward effect on it and sinks causing the warp that leads to the pull of gravity. All of these models have a zero line where the measurement starts, but what I never "got" was where is the upward force counteracting the force of mass to warp spacetime? When we move away from our local mass (earth, moon, sun, milkyway) and venture to the void where the effects of mass/gravity why should we assume that spacetime would still ride along the zero line, if we imagine that mass causes the gravity well depicted as falling below the zero line why wouldn't the lack of mass cause an inverse gravity going above zero. This inverse well warps spacetime so therefore it effects the speed of time. Once time get's changed C is changed since it is a measure of distance over time.
One of the assumptions we always make is that we live in a stable universe. If we are falling deeper into our gravity here near earth, which is plausible considering the earth gains mass daily from space dust etc. looking at the theories of blackholes you know that the deeper we get into that well the slower time becomes and therefore the ways that we measure C could result in slower speeds that it did 10,20 50 years ago.