From: Mikko Särelä (email@example.com)
Date: Thu Aug 25 2005 - 15:21:32 MDT
On Thu, 25 Aug 2005, Phil Goetz wrote:
> Mikko Särelä <firstname.lastname@example.org> wrote:
> > And you are assuming that many of the problems the AGI needs to solve
> > have computationally tractable solutions. This makes the problem P=NP?
> > highly relevant to such hypothetical situation.
> (I think the latest "you" also refers to me?)
Naw, the you up there was meant as a passive for all those who believe in
hard take-off due to hardware capacity going to near infinity in a short
period of time.
> > If P=NP and the AGI is the first to discover this, then he will be
> > able to do things a lot faster than otherwise would be expected. Also
> > if the truly interesting problems have good polynomial (or rather
> > linear, or sublinear) approximation algorithms, then taking away
> > computational power does not really help that much.
> This is a point worth making. I don't think it ultimately
> matters, unless P = NP.
Yep, though many NP-hard problems do have good polynomial approximation
algorithms (and then some don't and never will unless P=NP).
> Am I willing to bet the future of humanity that P = NP?
> I'm confident enough that P != NP to consider the expected
> benefits of the gamble.
My own belief on the matter is also that P != NP, but we must consider all
possibilities in order to understand the choices.
-- Mikko Särelä "I find that good security people are D&D players" - Bruce Schneier
This archive was generated by hypermail 2.1.5 : Wed Jul 17 2013 - 04:00:52 MDT