Why should quantum states be so hard to identify and describe? Heisenberg's
uncertainty principle states that we cannot know a particles position and
velocity at the same time. But nothing prevents us from describing where a
particle WAS and how fast it was moving, 2 hours ago, just not right now, at
the same time. If we throw away immediacy we have Heisenberg describing the
world exactly-in the immediate and maybe the remote past. or whats a david
deutsch for?
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-----Original Message-----
From: LizR <lizj...@gmail.com>
To: everything-list <everything-list@googlegroups.com>
Sent: Fri, Apr 24, 2015 09:38 PM
Subject: Re: Practicalities of Mind Uploading
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On 25 April 2015 at 01:45, Bruce Kellett
<span dir="ltr"><<a target="_blank"
href="mailto:bhkell...@optusnet.com.au";>bhkell...@optusnet.com.au</a>></span>
wrote:
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LizR wrote:
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On 24 April 2015 at 23:03, spudboy100 via Everything List <
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href="mailto:everything-list@googlegroups.com";>everything-list@googlegroups.com</a>
<mailto:
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wrote:
How about this? MWI, if true, refutes the no-clonning conundrum.
Yes, that's my opinion too - but it doesn't allow US to do it. The MWI is
constantly duplicating quantum states, indeed there are infinite numbers of
copies of the entire universe's quantum state waiting to differentiate.
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</span> Until they differentiate via decoherence, there are no multiple worlds.
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You mean the MWI doesn't
<i>duplicate</i> quantum states? (i.e. after they differentiate, they're
different, and beforehand they're identical) ... good point.
(Even after decoherence there aren't multiple worlds, just areas that have
differentiated within the multiverse, which can't spread FTL).
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