On limit sets for geodesics of meromorphic connections

Fuente: arXiv
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Main Authors: Novikov, Dmitry, Shapiro, Boris, Tahar, Guillaume
Format: Preprint
Published: 2020
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author Novikov, Dmitry
Shapiro, Boris
Tahar, Guillaume
author_facet Novikov, Dmitry
Shapiro, Boris
Tahar, Guillaume
contents Meromorphic connections on Riemann surfaces originate and are closely related to the classical theory of linear ordinary differential equations with meromorphic coefficients. Limiting behaviour of geodesics of such connections has been studied by e.g. Abate, Bianchi and Tovena in relation with generalized Poincaré-Bendixson theorems. At present, it seems still to be unknown whether some of the theoretically possible asymptotic behaviours of such geodesics really exist. In order to fill the gap, we use the branched affine structure induced by a Fuchsian meromorphic connection to present several examples with geodesics having infinitely many self-intersections and quite peculiar omega-limit sets.
format Preprint
id arxiv_https___arxiv_org_abs_2012_14222
institution arXiv
publishDate 2020
record_format arxiv
spellingShingle On limit sets for geodesics of meromorphic connections
Novikov, Dmitry
Shapiro, Boris
Tahar, Guillaume
Dynamical Systems
Differential Geometry
[2010] Primary 37F75, Secondary 32S65
Meromorphic connections on Riemann surfaces originate and are closely related to the classical theory of linear ordinary differential equations with meromorphic coefficients. Limiting behaviour of geodesics of such connections has been studied by e.g. Abate, Bianchi and Tovena in relation with generalized Poincaré-Bendixson theorems. At present, it seems still to be unknown whether some of the theoretically possible asymptotic behaviours of such geodesics really exist. In order to fill the gap, we use the branched affine structure induced by a Fuchsian meromorphic connection to present several examples with geodesics having infinitely many self-intersections and quite peculiar omega-limit sets.
title On limit sets for geodesics of meromorphic connections
topic Dynamical Systems
Differential Geometry
[2010] Primary 37F75, Secondary 32S65
url https://arxiv.org/abs/2012.14222