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Autore principale: Müller, Olaf
Natura: Preprint
Pubblicazione: 2019
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Accesso online:https://arxiv.org/abs/1909.03797
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author Müller, Olaf
author_facet Müller, Olaf
contents On the Geroch-Kronheimer-Penrose future completion $IP(X)$ of a spacetime $X$, there are two frequently used topologies. We systematically examine $τ_+$, the stronger (metrizable) of them, which is the coarsest causally continuous topology, obtaining a variety of novel results, among them a complete characterization of the difference in convergence between both topologies. In our framework, we can allow for $X$ being a chr. space and consequently for the interpretation of $IP$ as an idempotent functor on a category that includes spacetimes of very low regularity. Furthermore, we explicitly calculate $(IP(X), τ_+)$ for multiply warped chronological spaces.
format Preprint
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publishDate 2019
record_format arxiv
spellingShingle Topologies on the future causal completion
Müller, Olaf
Differential Geometry
53C50
On the Geroch-Kronheimer-Penrose future completion $IP(X)$ of a spacetime $X$, there are two frequently used topologies. We systematically examine $τ_+$, the stronger (metrizable) of them, which is the coarsest causally continuous topology, obtaining a variety of novel results, among them a complete characterization of the difference in convergence between both topologies. In our framework, we can allow for $X$ being a chr. space and consequently for the interpretation of $IP$ as an idempotent functor on a category that includes spacetimes of very low regularity. Furthermore, we explicitly calculate $(IP(X), τ_+)$ for multiply warped chronological spaces.
title Topologies on the future causal completion
topic Differential Geometry
53C50
url https://arxiv.org/abs/1909.03797