Rotating Solutions of Non-relativistic String Theory
Joaquim Gomis, Filippo Passerini
TL;DR
This paper constructs classical rotating solutions in Non-relativistic String Theory, revealing energy-angular momentum relations and identifying some as 1/4 BPS supersymmetric configurations.
Contribution
It introduces explicit rotating solutions in Non-relativistic String Theory and analyzes their supersymmetry properties and energy relations.
Findings
Energy-angular momentum relation of the form E=J^2
Existence of 1/4 BPS supersymmetric solutions
Some solutions saturate a BPS bound
Abstract
We construct classical rotating solutions of Non-relativistic String Theory. The relation among the energy and angular momenta for these solutions is of the type E=J^2. Some of the solutions saturate a BPS bound for the energy, they are 1/4 BPS supersymmetric configurations.
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