feigenbaum ~
manageria manhood moneyed
mwrbngeia murdngaif
nueodngaied mutagen
muodnfaid
11:52 10/6/06 542 bytes
moneyed mutagen.... hmmmm.... one can only hope
muodnfaid sounds like a terrorist cell.....
the Muodnfaid'....
--- ////////////////////////// <[EMAIL PROTECTED]> wrote:
> you might be thinking of this
>
> http://mathworld.wolfram.com/FeigenbaumConstant.html
>
>
>
> Jim Piat <[EMAIL PROTECTED]> wrote:
> Dear D^, Folks--
>
> My sketchy understanding of chaos theory is based solely on popular
> accounts. But isn't there
> some ratio that describes bifurcation points in many turbulent systems -- or
> the locations of
> so called strange attractors? That these fractal like chaotic systems are
> not so random as
> previously supposed? Strictly my layman's question based upon my layman's
> understanding or
> misunderstanding. So mine is a question to you all on the side. I realize
> the answer does not
> bear directly on what role the golden mean specifically may or may not play
> in fractal systems
> (i.e. whether such a value would be fundamental structurally -- temporally
> or spatially).
>
> Jim Piat
> ----- Original Message -----
> From: P!^VP 0!Z!^VP
> To: [email protected]
> Sent: Friday, October 06, 2006 1:07 PM
> Subject: Re: Existential
>
>
> I wonder about this, Alan....
> The golden mean evidences itself so nicely, naturally (of course) in so many
> ways, I often
> wonder if it doesn't also exist on the temporal stage.... re:cycles... as an
> example... which
> COULD put it in a Mandelbrot or some other such fractal relationship re
> chaos.....?
>
> D^
>
>
> On 5-Oct-06, at 10:54 PM, Alan Sondheim wrote:
>
> I don't think chaos or fractals relate to the gold mean - you can make any
> kind of display you
> want of course, including some that would relate - but that would be in terms
> of one's graphics
> choice.
>
> - Alan
>
> blog at http://nikuko.blogspot.com - for URLs, DVDs, CDs, books/etc. see
> http://www.asondheim.org/advert.txt - contact [EMAIL PROTECTED], -
> general directory of work: http://www.asondheim.org
> Trace at: http://tracearchive.ntu.ac.uk - search "Alan Sondheim"
> http://clc.as.wvu.edu:8080/clc/Members/sondheim
>
>
> P!^VP
>
>
>
> ---------------------------------
> How low will we go? Check out Yahoo! Messengers low PC-to-Phone call rates.
d^Vizio
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