So where do the states of the state vector change ? If not in time ?
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Replying to @vakibs
Elementary universe transitions are more primitive than time
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Replying to @Plinz
I hold that any transition is relative to an observer. If you posit transitions that are elementary, as Newton did, you need absolute time.
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You can insist that this "absolute time" is not the same as the "subjective time" that I or anybody else experiences. But you still need it.
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Replying to @vakibs
A state sequence is not the same as time, similar to how a lattice is not space. Also, you can use timeless representations.
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Replying to @vakibs
Of course. Nodes in a graph usually don't have coordinates.
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Replying to @Plinz
A graph can be defined. But a lattice can be defined ? I don't think so. We need a metric space, right ?
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Speed only comes into play when you compare different observer dependent processes.
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Replying to @Plinz
It is a nice model for the universe :) Would you like to have a finite lattice or an infinite one?
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Replying to @vakibs
Finite universes are preferred by computable (ie most) gods. An infinite one has literally an infinitely more expensive implementation.
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End of conversation
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