Mixing of the Mineyev flow, orbital counting and Poincaré series for strongly hyperbolic metrics

Abstract We obtain orbital counting results for the class of strongly hyperbolic metrics on hyperbolic groups. To achieve this we combine ergodic theoretic techniques involving the Mineyev topological flow and symbolic dynamics. Our results apply to the Green metric associated to an admissible, finitely supported, symmetric random walk, to the Mineyev hat metric and to Hilbert length functions associated to Anosov representations. We also describe the domain of analyticity for the Poincaré series associated to these metrics, prove mixing results for the Mineyev topological flow and obtain correlation asymptotics for pairs of metrics.

Authors

Publication Details

Journal
Mathematische Annalen
Published
2025-03-09
DOI
https://doi.org/10.1007/s00208-025-03127-4
Citations
3
Primary Topic
Geometry and complex manifolds
Type
article
Field-Weighted Citation Impact
12.26
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article

Mixing of the Mineyev flow, orbital counting and Poincaré series for strongly hyperbolic metrics

Stephen Cantrell
3 citations
Mathematische Annalen
Geometry and complex manifolds
12.26
article

Mixing of the Mineyev flow, orbital counting and Poincaré series for strongly hyperbolic metrics

Stephen Cantrell
article en
3 citations

Abstract

Abstract We obtain orbital counting results for the class of strongly hyperbolic metrics on hyperbolic groups. To achieve this we combine ergodic theoretic techniques involving the Mineyev topological flow and symbolic dynamics. Our results apply to the Green metric associated to an admissible, finitely supported, symmetric random walk, to the Mineyev hat metric and to Hilbert length functions associated to Anosov representations. We also describe the domain of analyticity for the Poincaré series associated to these metrics, prove mixing results for the Mineyev topological flow and obtain correlation asymptotics for pairs of metrics.

Mathematische AnnalenVol. 392(1)
Openalex Percentile: Top 2%
Geometry and complex manifolds
12.26
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