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Equidistribution and Counting Under Equilibrium States in Negative Curvature and Trees - Applications to Non-Archimedean Diophantine Approximation (Hardcover, 1st ed. 2019)
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Equidistribution and Counting Under Equilibrium States in Negative Curvature and Trees - Applications to Non-Archimedean Diophantine Approximation (Hardcover, 1st ed. 2019)
Series: Progress in Mathematics, 329
Expected to ship within 12 - 17 working days
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This book provides a complete exposition of equidistribution and
counting problems weighted by a potential function of common
perpendicular geodesics in negatively curved manifolds and
simplicial trees. Avoiding any compactness assumptions, the authors
extend the theory of Patterson-Sullivan, Bowen-Margulis and Oh-Shah
(skinning) measures to CAT(-1) spaces with potentials. The work
presents a proof for the equidistribution of equidistant
hypersurfaces to Gibbs measures, and the equidistribution of common
perpendicular arcs between, for instance, closed geodesics. Using
tools from ergodic theory (including coding by topological Markov
shifts, and an appendix by Buzzi that relates weak Gibbs measures
and equilibrium states for them), the authors further prove the
variational principle and rate of mixing for the geodesic flow on
metric and simplicial trees-again without the need for any
compactness or torsionfree assumptions. In a series of
applications, using the Bruhat-Tits trees over non-Archimedean
local fields, the authors subsequently prove further important
results: the Mertens formula and the equidistribution of Farey
fractions in function fields, the equidistribution of quadratic
irrationals over function fields in their completions, and
asymptotic counting results of the representations by quadratic
norm forms. One of the book's main benefits is that the authors
provide explicit error terms throughout. Given its scope, it will
be of interest to graduate students and researchers in a wide range
of fields, for instance ergodic theory, dynamical systems,
geometric group theory, discrete subgroups of locally compact
groups, and the arithmetic of function fields.
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