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Discrete R Symmetries and Low Energy Supersymmetry · Around

2009

Discrete R Symmetries and Low Energy Supersymmetry

Dine, Michael, Kehayias, John

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If nature exhibits low energy supersymmetry, discrete (non-$Z_2$) R symmetries may well play an important role.

In this paper, we explore such symmetries.
We generalize gaugino condensation, constructing large classes of models which are classically scale invariant, and which spontaneously break discrete R symmetries (but not supersymmetry).
The order parameters for the breaking include chiral singlets.

Built on

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L. M. Carpenter, M. Dine, G. Festuccia and L. Ubaldi, “Axions in Gauge Mediation,” arXiv:0906.5015 [hep-th]; L. M. Carpenter, M. Dine and G. Festuccia, “Dynamics of the Peccei Quinn Scale,” arXiv:0906.1273 [hep-th]

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