Vol. 129, No. 2, 1987

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Analysis of invariant measures in dynamical systems by Hausdorff measure

William Douglas Withers

Vol. 129 (1987), No. 2, 385–400
Abstract

Hausdorff measure is a preliminary concept in the definition of Hausdorff dimension, which is one concept of the degree of singularity of a finite measure. In general, Hausdorff measure does not permit as detailed an analysis of an arbitrary natural invariant measure arising from a dynamical system as Lebesgue measure permits of an absolutely continuous measure. It is shown that even for a dynamical system as simple as a modified baker’s transformation, the natural invariant measure has no representation as an indefinite integral with respect to any Hausdorff measure. However, Hausdorff measure can be used to compare different natural invariant measures according to degree of singularity even when their Hausdorff dimensions are identical.

Mathematical Subject Classification 2000
Primary: 58F11
Secondary: 28D05
Milestones
Received: 8 April 1986
Revised: 13 October 1986
Published: 1 October 1987
Authors
William Douglas Withers