Hm.
So time is just the other half of distance, or let's say dispersal: like two photons that "propogate" in opposite directions (maybe 'coz they got entangled somewhere).
So, at any time greater than T0, these two photons have a distance between them which is proportional only to the time, or the interval T - T0.
If they're entangled, and this is a known (from T0), then there is a measurement available, which will determine some state shared by, or common to (in a up/down sense) these two photons, maybe the spin state.
The measurement, an interaction with either "copy", will determine the state of the other, at the same time (i.e of both, because they are the same photon). A timeless, or dimension-free (null-space) interaction. What are the dimensions of photon spin..?
The interaction can seem to be superluminal, but it's instantaneous; there is no transfer of energy or information.
Photons propagate in a time-independent way, and entangled photons can interact in a space-independent way. But dispersal is what distance, or space, derives from, and time is the virtual part of it.
Time isn't what goes, it is go. So is (heat) energy, it doesn't "go" anywhere in the sense of a liquid flowing--bits of matter do (and so do bits of energy as radiation, apparently).
We don't imagine the existence of Time, like we imagine the Easter Bunny; Time is imagination itself, or thought--observation makes time appear.
So time is just the other half of distance, or let's say dispersal: like two photons that "propogate" in opposite directions (maybe 'coz they got entangled somewhere).
So, at any time greater than T0, these two photons have a distance between them which is proportional only to the time, or the interval T - T0.
If they're entangled, and this is a known (from T0), then there is a measurement available, which will determine some state shared by, or common to (in a up/down sense) these two photons, maybe the spin state.
The measurement, an interaction with either "copy", will determine the state of the other, at the same time (i.e of both, because they are the same photon). A timeless, or dimension-free (null-space) interaction. What are the dimensions of photon spin..?
The interaction can seem to be superluminal, but it's instantaneous; there is no transfer of energy or information.
Photons propagate in a time-independent way, and entangled photons can interact in a space-independent way. But dispersal is what distance, or space, derives from, and time is the virtual part of it.
Time isn't what goes, it is go. So is (heat) energy, it doesn't "go" anywhere in the sense of a liquid flowing--bits of matter do (and so do bits of energy as radiation, apparently).
We don't imagine the existence of Time, like we imagine the Easter Bunny; Time is imagination itself, or thought--observation makes time appear.
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