Topology and Uniqueness of Higher Dimensional Black Holes
Daisuke Ida, Akihiro Ishibashi, and Tetsuya Shiromizu
TL;DR
This paper reviews recent advances in understanding the topology, symmetry, and uniqueness of higher-dimensional black holes within the framework of general relativity, highlighting key properties and classifications.
Contribution
It provides a comprehensive review of recent results on the topology and uniqueness of higher-dimensional black holes, emphasizing new classifications and properties.
Findings
Higher-dimensional black holes can have diverse topologies.
Symmetry properties are crucial for classifying higher-dimensional black holes.
Uniqueness theorems are extended to higher dimensions with specific conditions.
Abstract
We review recent results concerning general properties of higher dimensional black holes. The topics selected with particular focus are those concerning topology, symmetry, and uniqueness properties of asymptotically flat vacuum black holes in higher dimensional general relativity.
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