5-dimensional Myers-Perry Black Holes Cannot be Over-spun by Gedanken Experiments
Jincheng An, Jieru Shan, Hongbao Zhang, and Suting Zhao

TL;DR
This paper uses a refined thought experiment to test whether 5-dimensional Myers-Perry black holes can be over-spun, finding that the weak cosmic censorship conjecture remains valid at both linear and quadratic orders.
Contribution
It applies a new version of the gedanken experiment to 5D Myers-Perry black holes, demonstrating they cannot be over-spun, thus supporting cosmic censorship.
Findings
Extremal black holes cannot be over-spun at linear order.
Nearly extremal black holes cannot be over-spun when quadratic corrections are considered.
Weak cosmic censorship holds for 5D Myers-Perry black holes.
Abstract
We apply the new version of gedanken experiment designed recently by Sorce and Wald, to over-spin the 5-dimensional Myers-Perry black holes. As a result, the extremal black holes cannot be over-spun at the linear order. On the other hand, although the nearly extremal black holes could be over-spun at the linear order, this process is shown to be prohibited by the quadratic order correction. Thus no violation of the weak cosmic censorship conjecture occurs around the 5-dimensional Myers-Perry black holes.
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