From: Jim choate <ravage@bga.com>
To: perry@imsi.com
Message Hash: 9a8f525b267d43ea5264b3f3afa68a854408c7c2e5f9518149ebbd19820f12ba
Message ID: <199407191356.IAA28134@zoom.bga.com>
Reply To: <9407191149.AA00764@snark.imsi.com>
UTC Datetime: 1994-07-19 13:57:22 UTC
Raw Date: Tue, 19 Jul 94 06:57:22 PDT
From: Jim choate <ravage@bga.com>
Date: Tue, 19 Jul 94 06:57:22 PDT
To: perry@imsi.com
Subject: Re: GUT and P=NP
In-Reply-To: <9407191149.AA00764@snark.imsi.com>
Message-ID: <199407191356.IAA28134@zoom.bga.com>
MIME-Version: 1.0
Content-Type: text
>
>
> Ken Kirksey says:
> > I was reading Hawking's _Black Holes & Baby Universes_ and an interesting
> > question struck me: If a Grand Unified Theory exists, would it not
> > prove P=NP to be true?
>
> No.
>
> .pm
>
Ok Perry, I am not going to let you off that easily. Could you elucidate why
you feel that such a GUT would not solve this problem even in principle? If
a GUT could answer definitively whether there were a many-worls interpretation
this would definately address at least peripheral aspects of the P=NP problem.
It would also, necessarily, describe some limitations on computations and
problem complexity.
When one considers that there is no clear definition or proof of the exact
solutions methods to prove P=NP it seems premature to posit such a definate
answer. While it might not be true that it would solve the problem in toto
it may be true that a clarification of the boundary conditions might make
the solution easier by reducing the number of choices of methodology one
might look at.
I am interested on why you feel a GUT would have no effect, at least, on
the boundary conditions of the problem?
Take care.
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