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Message: <blockquote data-quote="tomBitonti" data-source="post: 6547326" data-attributes="member: 13107">Certainly.  My point was that entangled particles don't have the latency problem: Their state resolution is coupled even though the resolution seems to occur with one particle at a distance from the other particle.  ("Seems" with a very loose meaning; my intuition is that any misgivings about this way of describing what is happening are due to an incomplete understanding and due to a failure of everyday language rather than due to the phenomenon itself.) That is, if the the initial question doesn't match what happens in quantum mechanics, are there circumstances where a similar problem is presented, and then, what happens under quantum mechanics?  Can the client latency problem help us to understand quantum mechanics?But, my correspondence isn't as exact as I was thinking when I wrote my most previous response.  Two clients can't use entanglement to solve their latency problem, so the issue isn't exactly the same.  I can imagine, in effect, communicating the result of a random process at a pre-specified point in the future, but that is quite different than communicating a definite state.Thx!TomB</blockquote>