We study the low-regularity (in-)extendibility of spacetimes within the synthetic-geometric framework of Lorentzian length spaces developed in Kunzinger and Sämann (Ann Glob Anal Geom 54(3):399–447, 2018). To this end, we introduce appropriate notions of geodesics and timelike geodesic completeness and prove a general inextendibility result. Our results shed new light on recent analytic work in this direction and, for the first time, relate low-regularity inextendibility to (synthetic) curvature blow-up.© The Author(s) 201
The maximal analytic Schwarzschild spacetime is manifestly inextendible as a Lorentzian manifold wit...
We define a one-parameter family of canonical volume measures on Lorentzian (pre-)length spaces. In ...
We present key initial results in the study of global timelike curvature bounds within the Lorentzia...
We study the low-regularity (in-)extendibility of spacetimes within the synthetic-geometric framewor...
The study of low regularity (in-)extendibility of Lorentzian manifolds is motivated by the question ...
The study of low regularity (in-)extendibility of Lorentzian manifolds is motivated by the question ...
We introduce an analogue of the theory of length spaces into the setting of Lorentzian geometry and ...
The maximal analytic Schwarzschild spacetime is manifestly inextendible as a Lorentzian manifold wit...
Ever since the realization, from the Hawking-Penrose singularity theorems, that singularities in spa...
It has been argued that spacetime must be inextendible – that it must be “as large as it can be” in ...
Abstract. In this paper, we prove that there is no branch point in the Lorentz space (M,d) which is ...
We present an extension of Geodesics in Lorentzian Manifolds (Semi-Riemannian Manifolds or pseudo-Ri...
The null distance of Sormani and Vega encodes the manifold topology as well as the causality structu...
We introduce an analogue to the amalgamation of metric spaces into the setting of Lorentzian pre-len...
In the synthetic geometric setting introduced by Kunzinger and S\"amann, we present an analogue of T...
The maximal analytic Schwarzschild spacetime is manifestly inextendible as a Lorentzian manifold wit...
We define a one-parameter family of canonical volume measures on Lorentzian (pre-)length spaces. In ...
We present key initial results in the study of global timelike curvature bounds within the Lorentzia...
We study the low-regularity (in-)extendibility of spacetimes within the synthetic-geometric framewor...
The study of low regularity (in-)extendibility of Lorentzian manifolds is motivated by the question ...
The study of low regularity (in-)extendibility of Lorentzian manifolds is motivated by the question ...
We introduce an analogue of the theory of length spaces into the setting of Lorentzian geometry and ...
The maximal analytic Schwarzschild spacetime is manifestly inextendible as a Lorentzian manifold wit...
Ever since the realization, from the Hawking-Penrose singularity theorems, that singularities in spa...
It has been argued that spacetime must be inextendible – that it must be “as large as it can be” in ...
Abstract. In this paper, we prove that there is no branch point in the Lorentz space (M,d) which is ...
We present an extension of Geodesics in Lorentzian Manifolds (Semi-Riemannian Manifolds or pseudo-Ri...
The null distance of Sormani and Vega encodes the manifold topology as well as the causality structu...
We introduce an analogue to the amalgamation of metric spaces into the setting of Lorentzian pre-len...
In the synthetic geometric setting introduced by Kunzinger and S\"amann, we present an analogue of T...
The maximal analytic Schwarzschild spacetime is manifestly inextendible as a Lorentzian manifold wit...
We define a one-parameter family of canonical volume measures on Lorentzian (pre-)length spaces. In ...
We present key initial results in the study of global timelike curvature bounds within the Lorentzia...