PSI
Blog 20200302 Aether denial leads to mysterious entanglement again
Thanks
to Mike Dwyer for the heads up on the latest regressive outrage:
“Quantum entanglement allows two objects to
affect each other’s behaviour instantly across vast distances — what Albert
Einstein called “spooky action at a distance”. But by how much? The answer
could be incalculable, says a team of 5 researchers in a 165-page preprint. In
one fell swoop, their proof solves a number of related problems in pure
mathematics, quantum mechanics and a branch of computer science known as
complexity theory. If it holds up, “it’s a super-beautiful result” says
theoretical quantum physicist Stephanie Wehner.”
Mike says: “Seems like we still need a bunch
more farmers with Ph.Ds.” Of course, this is nothing more than the usual weirdness
produced by Quantum Mechanics without aether. Remember, anytime anyone,
especially Einstein, complains about spooky action at a distance, they are
forgetting that the connections between things always involve aether. See Shaw’s
excellent paper explaining how Maxell’s aether gets rid of the regressive
mystery:
Shaw, Duncan W., 2018, Aether explanation of
entanglement: Physics Essays, v. 31, no. 1, p. 1-35.
[http://www.duncanshaw.ca/AetherExplanationOfEntanglement.pdf].
1 comment:
As you know Glenn, I see a slightly different interpretation of an infinite universe. At least we're on the same page.
|0| < ∞ < |1|
|1| < space < |0|
|0| < motion < |1|
|1| < time < |0|
@ v=|1|, y=|0| and s=|0|
Quantum entanglement is finite motion, where two particles motion becomes bound in a finite manner at the maximum limits of time, motion, and space.
My take on it anyway, for what it's worth.
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