Higher-dimensional extension of a vacuum-defect wormhole
F.R. Klinkhamer

TL;DR
This paper introduces a five-dimensional metric that smoothly connects the Schwarzschild black hole to a new vacuum-defect wormhole, providing insights into higher-dimensional spacetime structures and their 4D counterparts.
Contribution
It proposes a novel 5D metric interpolating between Schwarzschild and a vacuum-defect wormhole, extending the understanding of higher-dimensional wormhole solutions.
Findings
5D metric interpolates between Schwarzschild and vacuum-defect wormhole
Provides 4D metrics connecting the original and deformed wormholes
Suggests infinite mass density can generate the wormhole structure
Abstract
We present a 5D metric which interpolates between the standard 4D Schwarzschild metric with mass parameter and a new 4D -deformed vacuum-defect-wormhole metric. The 5D spacetime can, in principle, have an infinite mass density that gives rise to the parameter of the 4D -deformed vacuum-defect wormhole. For completeness, we also give 4D interpolating metrics between the original vacuum-defect wormhole at the wormhole throat and the -deformed vacuum-defect wormhole at spatial infinity.
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Taxonomy
TopicsAdvanced Differential Geometry Research · Black Holes and Theoretical Physics · Astrophysical Phenomena and Observations
