The correspondence between wind Riemannian structures and spacetimes endowed with a Killing vector field as developed in full generality in Caponio et al. (Memoirs Am Math Soc 300:1501, 2024) is deepened by considering a cone structure endowed with a vector field that preserves the structure (termed cone Killing vector field) and a wind Finslerian structure, introduced in Caponio et al. (Memoirs Am Math Soc 300:1501, 2024) as well. Causality properties of the former are characterized by using metric-type properties of the latter. A particular attention is posed to the case of a cone structure associated with a Finsler-Kropina-type metric, i.e., a field of compact and strongly convex indicatrices that enclose the zero vector in the closure of its bounded interior at each tangent space of the manifold.
Causal Ladder of Finsler Spacetimes with a Cone Killing Vector Field / Caponio, Erasmo; Javaloyes, Miguel Angel. - 512 PROMS:(2025), pp. 103-125. (Intervento presentato al convegno 11th International Meeting on Lorentzian Geometry, GeLoMer 2024 tenutosi a mex nel 2024) [10.1007/978-3-031-99212-4_6].
Causal Ladder of Finsler Spacetimes with a Cone Killing Vector Field
Caponio, Erasmo;Javaloyes, Miguel Angel
2025
Abstract
The correspondence between wind Riemannian structures and spacetimes endowed with a Killing vector field as developed in full generality in Caponio et al. (Memoirs Am Math Soc 300:1501, 2024) is deepened by considering a cone structure endowed with a vector field that preserves the structure (termed cone Killing vector field) and a wind Finslerian structure, introduced in Caponio et al. (Memoirs Am Math Soc 300:1501, 2024) as well. Causality properties of the former are characterized by using metric-type properties of the latter. A particular attention is posed to the case of a cone structure associated with a Finsler-Kropina-type metric, i.e., a field of compact and strongly convex indicatrices that enclose the zero vector in the closure of its bounded interior at each tangent space of the manifold.I documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.

