Something isn't sitting right with my model - the pinhole analogy was a good one, but the model I made upon it describes something that goes almost opposite to all the physics laws we know - I'm really trying to take the same pattern downwards beyond our scope of present understanding; it would be completely logical that the laws we know today are based upon 'smaller' variations of the phenomena we know today.
I'm still incertain, but a 'fast on slow' model seems to fit better. The lower the difference in interacting energies, the higher the force of attraction - just like gravity between two passing objects - and this would make sense on a model based on an 'inert' quid: increases in energy in the 'secondary flow' would end up 'farther away' from lower energy interactions (in both space and time) and their higher gravitational pull (in our dimension) - just like in any explosion: light, sound, debris. So I feel better thinking that all we see is a result of an energy interaction with a base inert energy (that will eventually return to an intert state) - but who's moving and who's not is relative, isn't it? Still, I'd rather think about it this way without throwing in an extra 'point of view' complication that wouldn't matter anyways.