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Main Authors: Burgos, Saúl, Che, Mauricio, Prados-Abad, Miguel
Format: Preprint
Published: 2026
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Online Access:https://arxiv.org/abs/2606.02496
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author Burgos, Saúl
Che, Mauricio
Prados-Abad, Miguel
author_facet Burgos, Saúl
Che, Mauricio
Prados-Abad, Miguel
contents We introduce the notion of timelike ideal boundary of a Lorentzian length space as the set of asymptotic classes of future or past-directed timelike geodesic rays, a construction complementary to the causal boundary in the sense of Geroch-Kronheimer-Penrose and akin to the concept of ideal boundary of a metric space. We endow such a timelike ideal boundary with a natural cone topology and an angular metric, and establish upper curvature bounds for the resulting metric space. Finally, we consider generalized cones as a model and study the relation between the timelike ideal boundary and both the metric ideal boundary of the fiber and the asymptotic behaviour of the warping function.
format Preprint
id arxiv_https___arxiv_org_abs_2606_02496
institution arXiv
publishDate 2026
record_format arxiv
spellingShingle Timelike ideal boundary of non-positively curved Lorentzian spaces
Burgos, Saúl
Che, Mauricio
Prados-Abad, Miguel
Metric Geometry
Mathematical Physics
Differential Geometry
51K10, 53B30, 53C23, 53C50
We introduce the notion of timelike ideal boundary of a Lorentzian length space as the set of asymptotic classes of future or past-directed timelike geodesic rays, a construction complementary to the causal boundary in the sense of Geroch-Kronheimer-Penrose and akin to the concept of ideal boundary of a metric space. We endow such a timelike ideal boundary with a natural cone topology and an angular metric, and establish upper curvature bounds for the resulting metric space. Finally, we consider generalized cones as a model and study the relation between the timelike ideal boundary and both the metric ideal boundary of the fiber and the asymptotic behaviour of the warping function.
title Timelike ideal boundary of non-positively curved Lorentzian spaces
topic Metric Geometry
Mathematical Physics
Differential Geometry
51K10, 53B30, 53C23, 53C50
url https://arxiv.org/abs/2606.02496