On Jul 22, 3:59 pm, Jason Resch <jasonre...@gmail.com> wrote:
> On Fri, Jul 22, 2011 at 7:01 AM, 1Z <peterdjo...@yahoo.com> wrote:
>
> > > Things don't need to move to compute, there just need to be well defined
> > > relations between the bits.
>
> > And every computation either stops or doens't? There seems
> > to me a mismatch between timelessness and computation.
>
> Not at all.  Consider the analogy with a universe:  It either is infinitely
> long in the time dimension or finite.  This doesn't preclude block time.

What are computations *for*, if their results timeless exist
somewhere?


>
>
> > > >  some of these bit patterns become self-reproducing, and may even
> > evolve
> > > > into more complex bit patterns, which are better able to reproduce
> > > > themselves.  Some of these bit patterns may even evolve consciousness,
> > as
> > > > they build brains which attempt to discern and predict future
> > observations
> > > > of bit patterns within the number.  Let's call this function Universe.
> > > > There may be bit patterns (life forms) in Universe(n) which improve
> > their
> > > > survival or reproductive success by correctly predicting parts of
> > > > Universe(n+x).  There are number relations which define such sequences
> > of
> > > > numbers; you cannot deny their existence without denying the Fibonacci
> > > > sequence or the number line (these are just simpler instances of
> > recursive
> > > > relations).
>
> > > > I can deny that the numbers exist the way tables and do and still
> > accept
> > > > that certain relations are true of them; just like I can accept that
> > John
> > > > Watson was a friend of Sherlock Holmes.
>
> > > Numbers, unlike fictional characters, are co-eternal with the universe,
>
> > Meaning they end with the universe? Why assume that? What difference
> > does it make.
>
> The universe doesn't end (time as something we move through) only appears to
> observers.  This is true with both the block universe view, and the "I exist
> in some number relation" view.  It is easy to see how this view arises if
> you consider the example I gave earlier with a life form developing through
> the successive states of a recursive function.
>
>
>
>
>
> > > if
> > > not the cause of the universe.
>
> > Causation requires events. Maths is timeless.
>
> > > In that sense, they are just as concrete if
> > > not more concrete than any physical object.  Your view is like that of a
> > > being who has spent its whole life in a simulated virtual environment: It
> > > believes the virtual reality and items in it are "more real" than the
> > actual
> > > computer which implements the virtual environment.  The beings only
> > > justification for this belief is that he can't access that computer using
> > > his senses, nor point is he able to point to it.
>
> > > Jason
>
> > I think we all have  a pretty strong justification for the Real
> > Reality
> > theory in the shape of Occam's razor.
>
> As I already said, both theories consequences "math exists primarily" or
> "physics exists primarily" are equally verified by observation.  

Nope. The things we see seem to be things, not numbers.

>They are
> equally scientific and make the same number of assumptions.  The question
> then becomes: "Is it redundant to assume a primary existence in the physical
> universe, if one accepts math exists independently of the physical world?"
>
> Jason

Before that question, you need the question: does maths exist
independently.

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