On Wednesday, November 6, 2024 at 11:31:03 AM UTC-7 John Clark wrote:

On Wed, Nov 6, 2024 at 4:23 AM Alan Grayson <[email protected]> wrote:

*> An effect between entangled pairs but no information sent? Doesn't make 
sense. AG*


*It's weird but it does not produce a logical contradiction. Suppose you 
and I have quantum entangled coins, I stay on earth but you get in your 
Spaceship and travel at nearly the speed of light for a little over four 
years to Alpha Centauri, then you slow down and start flipping your coin 
and I do the same on Earth. We both write down a record of all the heads 
and tails we got and both of us conclude that the sequences we got are 
perfectly random. Then you get back in your spaceship and four years later 
you're back home.  And now that you're back we compare our lists of 
"random" coin flips and we find that the two sequences are identical, we 
both got the same "random" sequence.*

*That's very weird but neither of us noticed anything was strange until you 
got back, and that took over four years because  Alpha Centauri is four 
light years away. If we try to use our coins discern a message by Morse 
code with heads meaning a dot and tails meaning a dash it won't work 
because your coin will only come up the way you want it to 50% of the time. 
You could of course force your coin to come up heads or tails, but if you 
did that you would destroy the quantum entanglement because it is very 
delicate, and then you would just have two ordinary unrelated coins.  *


Two observers can't send information to each other because neither knows 
what will come up in a coin flip if the outcome is modeled quantum 
mechanically, that is irreducibly random , but each element of a pair of 
entangled particles can send information to its partner, since if it 
couldn't, they wouldn't be entangled. AG 


 *John K Clark    See what's on my new list at  Extropolis 
<https://groups.google.com/g/extropolis>*
tne

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