TL;DR
This paper explores counter-intuitive phenomena related to angular momentum in higher-dimensional physics, focusing on supersymmetric rotating objects such as 5D black holes, dyonic instantons, and supertubes.
Contribution
It reveals three surprising properties of angular momentum in even space dimensions associated with supersymmetric objects.
Findings
Counter-intuitive angular momentum behavior in 5D black holes
Unique properties of dyonic instantons
Novel features of supertubes related to angular momentum
Abstract
The physics of angular momentum in even space dimensions can be surprisingly counter-intuitive. Three such suprises, all associated with the properties of supersymmetric rotating objects, are examined: (i) 5D black holes, (ii) Dyonic instantons and (iii) Supertubes.
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