Scaling by 5 on a 1/4-Cantor Measure
Functional Analysis
2012-04-27 v2 Spectral Theory
Abstract
Each Cantor measure (\mu) with scaling factor 1/(2n) has at least one associated orthonormal basis of exponential functions (ONB) for L^2(\mu). In the particular case where the scaling constant for the Cantor measure is 1/4 and two specific ONBs are selected for L^2(\mu), there is a unitary operator U defined by mapping one ONB to the other. This paper focuses on the case in which one ONB (\Gamma) is the original Jorgensen-Pedersen ONB for the Cantor measure (\mu) and the other ONB is is 5\Gamma. The main theorem of the paper states that the corresponding operator U is ergodic in the sense that only the constant functions are fixed by U.
Cite
@article{arxiv.1111.4487,
title = {Scaling by 5 on a 1/4-Cantor Measure},
author = {Palle E. T. Jorgensen and Keri A. Kornelson and Karen L. Shuman},
journal= {arXiv preprint arXiv:1111.4487},
year = {2012}
}
Comments
34 pages