>>13124547Time exists not as a simple dimension, but as a function within an integral (summed-time, if you will). Gravity is the integral of all possible "states" of particular matter, and their effects in bending space in a general GR setting toward one another. On a micro scale the possibility space of a particular matter is not really large, however on the macro scale the possibilities become large enough for the integral of all possible states to become gravitationally significant.
This can be tested by increasing the probability space of a particular piece of matter - for raw intuition, the more mass it has, the more possibility it has. We currently hypothesize the density of dwarf stars based on their gravitational effects - tests should be conducted on whether the light they produce is uniform, or whether gravity is bending the light in somewhat non-uniform ways (white dwarfs should have very little non-uniformity to their features according to current theory due to the model of their gravity being so strong, however their possibility space should be non-uniform enough for it to affect light, if that non-uniform possibility space actually affects gravity)
