http://dx.doi.org/10.4153/CMB-2004-054-2
Canad. Math. Bull. 47(2004), 553-565
Published:2004-12-01 Printed: Dec 2004
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Abstract
A basic problem in dynamics is to identify systems
with positive entropy, i.e., systems which are ``chaotic.'' While
there is a vast collection of results addressing this issue in
topological dynamics, the phenomenon of positive entropy remains by and
large a mystery within the broader noncommutative domain of $C^*$-algebraic
dynamics. To shed some light on the noncommutative situation we propose
a geometric perspective inspired by work of Glasner and Weiss on
topological entropy.
This is a written version of the author's talk
at the Winter 2002 Meeting of the Canadian Mathematical Society
in Ottawa, Ontario.
© Canadian Mathematical Society, 2013
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