Geodesic Deviation in the AdS Black String Spacetime
H. Culetu
TL;DR
This paper investigates how test particles move and deviate in the complex geometry of a black string within a five-dimensional anti-de Sitter spacetime, enhancing understanding of higher-dimensional gravitational effects.
Contribution
It provides a detailed analysis of geodesic deviation equations specific to the AdS black string spacetime, a novel exploration in higher-dimensional gravity models.
Findings
Derived explicit geodesic deviation equations for the black string geometry
Identified unique deviation behaviors due to the AdS background
Enhanced understanding of test particle dynamics in higher-dimensional spacetimes
Abstract
The equation of motion of test particles in the geometry of a black string embedded in a 5-dimensional AdS spacetime is studied.
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