Lyapunov irregular sets exhibit distributional chaos of type 1 under exponential specification and distinct ergodic Lyapunov spectra for Holder matrix cocycles.
Lyapunov `Non-typical' Points of Matrix Cocycles and Topological Entropy
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abstract
It follows from Oseledec Multiplicative Ergodic Theorem (or Kingman's Sub-additional Ergodic Theorem) that the set of `non-typical' points for which the Oseledec averages of a given continuous cocycle diverge has zero measure with respect to any invariant probability measure. In strong contrast, for any H$\ddot{o}$der continuous cocycles over hyperbolic systems, in this article we show that either all ergodic measures have same Maximal Lyapunov exponents or the set of Lyapunov `non-typical' points have full topological entropy and packing topological entropy. Moreover, we give an estimate of Bowen Hausdorff entropy from below.
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math.DS 1years
2019 1verdicts
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Laypunov Irregular Points With Distributional Chaos
Lyapunov irregular sets exhibit distributional chaos of type 1 under exponential specification and distinct ergodic Lyapunov spectra for Holder matrix cocycles.