Re: "Higher order" bifurcation of discrete map
- From: mike3 <mike4ty4@xxxxxxxxx>
- Date: Tue, 9 Jun 2009 22:59:07 -0700 (PDT)
On Jun 8, 7:35 am, "I.N. Galidakis" <morph...@xxxxxxxxxxxx> wrote:
mike3 wrote:
[snip]
http://ioannis.virtualcomposer2000.com/math/hyperpower.html
Well this is fine for a complex map, but what about a purely real one
on the
real line?
Trivially, "yes". Just take the maps:
f(x) = Re(c^z) or
g(y) = Im(c^z)
If you want a totally trivial example, just pick 3 separate sequences, agreeing
for n < n_0, but converging to 3 different limits for n > n_0, and arrange them
appropriately. I can't be bothered to actually construct the example, but I
think it's clear what I mean.
That doesn't look like a map you can iterate on the real number line.
.
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