
Originally Posted by
N0B0DY
Just a few things:
1) If we were able to reduce something infinitely, it would never reach absolute zero. Infinity cannot be verified using the scientific method, so how do you propose the reality of infinity?
2) Infinity is based on the inversely-proportionate relationship of the infinite and infinitesimal. So if we were to hypothetically propose that space is infinite, the finite observable universe would be relatively infinitesimal.
3) I agree that there is no such thing as zero, but as being representative of absolute vacuity (0), the opposite would be absolute solidity (1); and since both states are impenetrable and neither can exist, both seeming opposites can be equated as non-existent. This would mesh with Newton's absolute spacetime, and because there can be no literal basis for Einstein's relative spacetime, the warping of which is thence impossible, it must be illusory.
4) I think Newton was correct in his assumption of an absolute spacetime, but not in his assumption of particulate matter being separate from space. I think also that Einstein was correct in his assumption of a unified field, but not in his assumption that variable densities can warp space. Yet, we can integrate both in another fashion using the theoretical basis above, where absolute spacetime is the equivalent of absolute mass/energy in order for us to be able to extract the finite masses and energies observed; and this could include your proposal of infinite space, relative to the reducible velocities from absolute speed.
Relative masses and energies would not be separate from absolute space, but we could eliminate the concept of warpable spacetime because there is no need for space to be filled if it is equated with absolute solidity - there is already more mass than observed. So the motion of mass could then be viewed as being incrementally replicated according to observable quanta as a result of the cumulative distribution functions of random, but deterministic, probabilities.