Smooth orbit equivalence rigidity for dissipative geodesic flows

Fuente: arXiv
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Autore principale: Cuesta, Javier Echevarría
Natura: Preprint
Pubblicazione: 2024
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author Cuesta, Javier Echevarría
author_facet Cuesta, Javier Echevarría
contents Let $M$ be a smooth closed oriented surface. Gaussian thermostats on $M$ correspond to the geodesic flows arising from metric connections, including those with non-zero torsion. These flows may not preserve any absolutely continuous measure. We prove that if two Gaussian thermostats on $M$ with negative thermostat curvature are related by a smooth orbit equivalence isotopic to the identity, then the two background metrics are conformally equivalent via a smooth diffeomorphism of $M$ isotopic to the identity. We also give a relationship between the thermostat forms themselves. Finally, we prove the same result for Anosov magnetic flows.
format Preprint
id arxiv_https___arxiv_org_abs_2406_00607
institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Smooth orbit equivalence rigidity for dissipative geodesic flows
Cuesta, Javier Echevarría
Dynamical Systems
Differential Geometry
37D40 (Primary) 37C15, 53C24 (Secondary)
Let $M$ be a smooth closed oriented surface. Gaussian thermostats on $M$ correspond to the geodesic flows arising from metric connections, including those with non-zero torsion. These flows may not preserve any absolutely continuous measure. We prove that if two Gaussian thermostats on $M$ with negative thermostat curvature are related by a smooth orbit equivalence isotopic to the identity, then the two background metrics are conformally equivalent via a smooth diffeomorphism of $M$ isotopic to the identity. We also give a relationship between the thermostat forms themselves. Finally, we prove the same result for Anosov magnetic flows.
title Smooth orbit equivalence rigidity for dissipative geodesic flows
topic Dynamical Systems
Differential Geometry
37D40 (Primary) 37C15, 53C24 (Secondary)
url https://arxiv.org/abs/2406.00607