Abstract
Given a tree and a group $\Ga$ of automorphisms of , we study the markovian properties of the geodesic flow on the quotient by $\Ga$ of the space of geodesics of . For instance, when is the Bruhat-Tits tree of a semi-simple connected algebraic group of rank one over a non archimedian local field $\wh K$, and $\Ga$ is a (possibly non uniform) lattice in $\underline{G}(\wh K)$, we prove that the type preserving geodesic flow is Bernoulli with finite entropy. Under some mild assumptions, we prove that if the quotient geodesic flow is mixing for a probability Patterson-Sullivan-Bowen-Margulis measure, then it is loosely Bernoulli.
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