paper

Logarithm laws for flows on homogeneous spaces

arXiv:math/9812088 · doi:10.1007/s002220050350

Abstract

We prove that almost all geodesics on a noncompact locally symmetric space of finite volume grow with a logarithmic speed -- the higher rank generalization of a theorem of D. Sullivan (1982). More generally, under certain conditions on a sequence of subsets of a homogeneous space ( a semisimple Lie group, a non-uniform lattice) and a sequence of elements of we prove that for almost all points of the space, one has for infinitely many . The main tool is exponential decay of correlation coefficients of smooth functions on . Besides the aforementioned application to geodesic flows, as a corollary we obtain a new proof of the classical Khinchin-Groshev theorem in simultaneous Diophantine approximation, and settle a related conjecture recently made by M. Skriganov.

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