I was just throwing out two, the wormhole idea of Maldacena & Susskind and 
super-determinism described by Hooft.    They seem very different to me, and 
could imply two very different universes.   That QM works for either doesn't 
help explain how one or the other or neither is the true explanation.

On 4/30/19, 6:02 PM, "Friam on behalf of uǝlƃ ☣" <friam-boun...@redfish.com on 
behalf of geprope...@gmail.com> wrote:

    Yes, I understand your skepticism. I even share it. But nothing you've said 
validates the dichotomy you laid out before. The wizard's spell sense you get 
from entanglement across 3 meters of space is a reflection of how you (yes, and 
most of us) model the world. Even if it's only like 5/7e9 people that have any 
intuition of how the other model(s) work(s), it's still not zero. And I suspect 
it's more than 5.
    
    A pedestrian example is in how/why/what the kids love about Instagram and 
hate about Facebook ... or can listen to that gawdawful music they listen to. 
They're developing intuitions us old farts will never have. What's to say it 
won't also happen with QM effects? E.g. we're already (fairly) comfortable with 
the way transistors work, even if most of the modeling language in which 
they're used is classical. The distinction between the circuits-level language 
of use versus the underlying quantum properties of materials level language of 
transistor construction (again riffing off Eric's point) isn't near as crisp as 
it once was.
    
    That optimism does rely on a progressive society, though ... which looks 
unlikely at this point.
    
    On 4/30/19 4:34 PM, Marcus Daniels wrote:
    > There are more people that catch fly balls than develop theories of 
physical information.   I don't believe a well-funded liberal culture will 
change that.   Maybe in a hundred or a thousand years if we are a 
reconfigurable species, a large part of the population will spend their days 
experiencing and manipulating physical phenomenon as first class thing using an 
extended nervous system.  But as it is, the inputs are from a narrow range of 
temperatures & pressures and a tiny window of electromagnetic radiation.   And 
cognitively, the short term workspace of a human is small and slow compared to 
even a simple computer.   
    
    -- 
    ☣ uǝlƃ
    
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