Causality in Topologically Nontrivial Space-Times
M.Yu. Konstantinov
TL;DR
This paper investigates how boundary conditions affect causality and potential violations in topologically complex space-time models, focusing on traversable wormholes and their causal properties.
Contribution
It formulates a mixed boundary problem for traversable wormholes and analyzes the impact of boundary conditions on space-time causality.
Findings
Boundary conditions influence causal structure in wormhole models
Certain boundary setups can lead to causality violations
The analysis clarifies conditions for causality preservation in nontrivial topologies
Abstract
The problems causality and causality violation in topologically nontrivial space-time models are considered. To this end the mixed boundary problem for traversable wormhole models is formulated and the influence of the boundary conditions on the causal properties of space-time is analyzed
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Taxonomy
TopicsSpace Science and Extraterrestrial Life