Great, but there's a huge missing piece.   I see no recognition that
growth systems themselves actually represent real physical near-living
*things* on their way to becoming something else.  A growth system is
not a string of dots, a curve on a page, it's a spiral network of loops
in the world, that thread through the dots on the page.  

A growth system's interior network of loops has a rolling instability of
organizational development, that *always* turns into something else.
That's what growth is for.   There are internal speed-lag bumps, you
might call them, that get resolved or produce turbulence.   You don't
get that from reading measures of change, until you've spent a lot of
time reading the progressions of loops.   I see a recognition of that
inside perspective in the discussion yet.  

The amazing breadth of the misunderstanding is clearly displayed in the
global professional consensus that prosperity can be maintained with a
'stable system' of growth.  As soon as you restate that as a plan for
perpetual exploding complexity in our personal lives and their impacts
on the earth, the disconnect becomes apparent.  Maintaining a stable
system of growth is a perfect formula for general system failure caused
by complications you're not thinking about.   

If you look at the science I think it was quite obvious a hundred years
ago, and that's when we should have begun the transition away from
institutionalized compound growth stimulus...   With only 500 years of
3.5% growth you get a productivity enhancement of about 30 million.
Maybe you'd think that's something we could work with..., no?, if we
could still remember what it was for, I guess. :),

fyi a little more at http://www.synapse9.com/ObservingSystems.pdf & 

 
> Hi Phil. Actually there's been quite a bit on growth, from 
> cancer to the corporation to countries, not that I mean to 
> imply any semantic parallels here (: There may or may not be 
> computational or mathematical models to a greater or lesser 
> degree. I think this is because so many of the presentations 
> are domain driven to show a new approach and solution to the 
> domain problem that "complexity thinking"--as many seem to 
> say around here--offers. Representation of the problem and 
> the solution varies.
> 
> Mike
> 
> 
> 
> 
> 
> >>> "Phil Henshaw" <[EMAIL PROTECTED]> 06/29/06 10:49 PM >>>
> Thanks,   There certainly seems to be a lot going on; 32 
> major speakers
> and 320 papers in 16 sessions!  
> 
> I searched the NECSI site for the subject of 'growth' and 
> found 44 pages.  There was no mention of NECSI's growth 
> itself, though that might
> have been interesting.   All but 7 hits were NECSI06 conference
> abstracts.  Only one clearly referred to dynamic system 
> growth as involving changes in the organization of the 
> system...  Everyone seems to assume growth refers to the 
> shape of a curve, and not what's
> happening inside the thing producing the curve.   
> 
> That seems remarkable given that a) growth curves are most 
> commonly evidence of internal loops in local processes that 
> are emerging as a system, and b) almost anything we can 
> interpret as a natural system
> traceably comes into being by growth.   
> 
> Shouldn't we use the curves to help point us toward what 
> they're coming from?
> 
> 
> 
> 
> 
>  
> > I'm at the NECSI conference in Boston this week and recommend
> > a look at the program web page with links to abstracts and 
> > papers, http://www.necsi.org/community/wiki/index.php/ICCS06. 
> > Extremely interesting variety of presentations. 
> > 
> > Mike
> > 
> > ============================================================
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> > 
> > 
> 
> 
> 
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> FRIAM Applied Complexity Group listserv
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> 
> 



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