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Self-Similarity,Operators and Dynamics
Authors:Malozemov  Leonid  Teplyaev  Alexander
Affiliation:(1) Countrywide Securities Corporation, 4500 Park Granada, Calabasas, CA, 91302, U.S.A;(2) Department of Mathematics, University of California, Riverside, CA, 92521, U.S.A
Abstract:We construct a large class of infinite self-similar (fractal, hierarchical or substitution) graphs and show, under a certain strong symmetry assumption, that the spectrum of the Laplacian can be described in terms of iterations of an associated rational function (so-called 'spectral decimation'). We prove that the spectrum consists of the Julia set of the rational function and a (possibly empty) set of isolated eigenvalues which accumulate to the Julia set. In order to obtain our results, we start with investigation of abstract spectral self-similarity of operators.
Keywords:infinite graphs  self-similar graphs  fractal graphs  hierarchical graphs  substitution graphs  Laplacian  spectral decimation  self-similar spectrum  Julia set  complex dynamics
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