Journal of Mathematical Physics · 2017 · 16 citations · 21 references
In this paper, we introduce an algorithm to determine the equivalence of five dimensional spacetimes, which generalizes the Karlhede algorithm for four dimensional general relativity. As an alternative to the Petrov type classification, we employ the alignment classification to algebraically classify the Weyl tensor. To illustrate the algorithm, we discuss three examples: the singly rotating Myers-Perry solution, the Kerr (Anti-) de Sitter solution, and the rotating black ring solution. We briefly discuss some applications of the Cartan algorithm in five dimensions.
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Black Holes in Higher Dimensions
Living Reviews in Relativity · 2008 · 628 citations · Full text
Classification of the Weyl tensor in higher dimensions
Classical and Quantum Gravity · 2004 · 224 citations · Full text