[ExI] psi in Nature

Will Steinberg steinberg.will at gmail.com
Mon Jan 25 02:48:29 UTC 2010


>
> From this it isnt much of a jump to imagine that atoms in the brain of one
> idividual are state locked with atoms in another. With this it is not beyond
> the realms of possibility that the brain can influence the state of the
> atoms to broadcast information.
> All entagled atoms would change state accordingly thus passing the
> information to their host brain.
>
> The level of psi ability would therefor be dependant on the quantity of
> entagled atoms in each individuals brain.


The brain can't broadcast information through entanglement because
manipulation would ruin the entanglement.  But perhaps, decision mechanisms
rooted in chance, this entanglement acts as a cause for a chaotic system
leading to a guess, so that two people seem to be communicating.    Having
larger numbers of entangled particles between the two increases the amount
of information and thus saves more from chaotic, untraceable decay.  By
finding slight similarities to Lorenz attractors, the brain can deduce ideas
of the root of chaotic systems, again reducing decay.

It is feasible to imagine the brain reconstructing even specific images and
ideas given the amount of decay exponentially reduced upon introduction of
new pairs, describing in one fell swoop telepathy, empathy, precognition
(sort of,) remote view (also sort of,) and synchronicity.

Fluctuations in sociological information cause interesting and coincidental
effects physically and chronologically far from each other, and the same
goes for biology, cosmology, etc.  Extension to an "entanglement net" that
could certainly exist, at least theoretically, does not seem ludicrous.
Even if psi turns out not to be real, faster-than-light communication will
be needed at some point anyway, so why not theorize?
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