particals wink in and out of space time, maybe there is a dimension in which they pass where distance does not matter where information can be exchanged, that what we think were seeing is distance when they are in our space time but if they wink in and out of space time they may be right next to each other some place else for a finite period of time, super string theory suggest 11 dimensions, is it logical to think that a compressed dimension exists benieth our own similar to subspace or hyperspace?
So say a partical has a counterpart and seemingly what happens to one happens to the other even if it's on the other side of the galaxie, possibly if they wink in and out of space time they meet up somewhere together in another dimension where this informaton is exchanged, maybe another point towards M theorie.
according two the double slit experiment it is a probabilitie field until observed acting as a wave and partical, this suggests it has the abilitie to change if acted apon by conscious observation, otherwise it is is a probabilitie field that may have some level of programming not unlike genes in genetics.
Ok, in-fact i've never considered the interaction of the wave functions for QE. Thats a really interesting idea. Of course though, it makes sense in terms of the particles becoming overlapped in hyperspace while remaining separate from our limited point of view. Because their probability functions would overlap and become entangled rendering their potentials and hence characteristics - onced measured/observed - mutually shared in a way.
I agree, somehow they are meeting up and is not impossible to think they are doing this on some other level of reality we can not see into, that they may overlap in some sort of compressed dimension, science states that the universe is ful of holes, imagine a sponge, the material part being matter and the air pockets being dark matter and possibly another layer of compressed space time, if the compresson rate is is high enough the distance between the entagled particals maybe be so small they can overlap.
the particals are actually one thing linked by quantum entanglement, that no matter how far apart they are they occupy the same space in space time, what happens to one happens to the other according to m theorie paralelle universes can exist by an atom existing in multiple space times, could this be because the atom is entangled with other time space dimentions.
if so then maybe the particals are entangled by space time in a similar way.
more simplistic model, we take a partical split into two particals with the same space time, we tie a tangled up string of space time to the partical at both ends, one partical at each end, both particals are connected by the same space time making it the smae exact partical, so in effect it is like watching the partical in a mirror, it being the same partical connected by the same space time, even though the space time in between is entangled it still reacts as if both particals are still one which it is, even though it is existing in space time connected on a quantum level..