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Main Authors: Nassiri, Meysam, Rajabzadeh, Hesam, Reshadat, Zahra
Format: Preprint
Published: 2026
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Online Access:https://arxiv.org/abs/2605.11848
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author Nassiri, Meysam
Rajabzadeh, Hesam
Reshadat, Zahra
author_facet Nassiri, Meysam
Rajabzadeh, Hesam
Reshadat, Zahra
contents As the second part of a series on linear cocycles over chaotic systems, this paper establishes a "multiple covering principle" that robustly yields positive-entropy ergodic measures supported on fiberwise uniformly bounded orbits. Using this mechanism, we prove that any continuous $\mathrm{SL}(d,\mathbb{R})$ cocycle over a positive-entropy subshift of finite type either admits a dominated splitting or can be $C^0$-approximated by one that $C^α$-stably supports such measures ($α>0$). Additionally, for non-isometric cocycles, we show that the topological entropy of these bounded orbits is strictly less than that of the base subshift.
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publishDate 2026
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spellingShingle Cocycles with Quasi-Conformality II: Ergodic measures with positive entropy
Nassiri, Meysam
Rajabzadeh, Hesam
Reshadat, Zahra
Dynamical Systems
As the second part of a series on linear cocycles over chaotic systems, this paper establishes a "multiple covering principle" that robustly yields positive-entropy ergodic measures supported on fiberwise uniformly bounded orbits. Using this mechanism, we prove that any continuous $\mathrm{SL}(d,\mathbb{R})$ cocycle over a positive-entropy subshift of finite type either admits a dominated splitting or can be $C^0$-approximated by one that $C^α$-stably supports such measures ($α>0$). Additionally, for non-isometric cocycles, we show that the topological entropy of these bounded orbits is strictly less than that of the base subshift.
title Cocycles with Quasi-Conformality II: Ergodic measures with positive entropy
topic Dynamical Systems
url https://arxiv.org/abs/2605.11848