> > So whether our machine is using analog or
> > digital, sequential or parallels processing makes no difference. It may
> > be a spectacular super computer, but it can never duplicate a thing like
> > life.
>
> Not even a complex system, let alone life!
>
And what about all this research on Artificial Life ? Maybe we are not able to
duplicate life in our real world, but what if we consider not our real world,
but a
virtual world, instead, that can be simplified in many aspects ? Didn't it
capture
the essence of life ?
> Even von Neuman went off the deep end here with his universal
> constructor. He confused material cause with effective cause and extrapolated
> from
> Turings unrealizable machine to a hypothetical constructor which would
replicate
> itself. Rosen has shown that the kind of replication we see in organisms
comes
> about in a very non-machine like manner and that it is impossible in a
machine.
Are you including here the type of replication that happens e.g. within cellular
automata ? In which sense are they different ?
Best regards,
Ricardo
-- //\\\ (o o) +-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-oOO--(_)--OOo-=-=-+ \ Prof. Ricardo Ribeiro Gudwin / / Intelligent Systems Development Group \ \ DCA - FEEC - UNICAMP | INTERNET / / Caixa Postal 6101 | gudwin@dca.fee.unicamp.br \ \ 13081-970 Campinas, SP | gudwin@fee.unicamp.br / / BRAZIL | gudwin@correionet.com.br \ +-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-+ \ URL: http://www.dca.fee.unicamp.br/~gudwin/ / / Telephones: +55 (19) 788-3819 DCA/Unicamp (University) \ \ +55 (19) 254-0184 Residencia (Home) / / FAX: +55 (19) 289-1395 \ +-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-+