The constrained E6SSM

Peter Athron; Stephen F. King; David J. Miller; Stefano Moretti; Roman Nevzorov

The constrained E6SSM

Peter Athron, Stephen F. King, David J. Miller, Stefano Moretti, Roman Nevzorov

Research output: Contribution to journal › Article › Research › peer-review

Abstract

We discuss the predictions of a constrained version of the exceptional supersymmetric standard model (cE6SSM), with a universal high energy soft scalar mass, soft trilinear coupling and soft gaugino mass. The spectrum includes a light gluino, a light wino-like neutralino and chargino pair and a light bino-like neutralino, with other sparticle masses except the lighter stop being much heavier. We also discuss scenarios with an extra light exotic colour triplet of fermions and scalars and a TeV scale Z′, which lead to early exotic physics signals at the LHC.

Original language	English
Journal	Proceedings of Science
Publication status	Published - 2009
Externally published	Yes

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abstract = "We discuss the predictions of a constrained version of the exceptional supersymmetric standard model (cE6SSM), with a universal high energy soft scalar mass, soft trilinear coupling and soft gaugino mass. The spectrum includes a light gluino, a light wino-like neutralino and chargino pair and a light bino-like neutralino, with other sparticle masses except the lighter stop being much heavier. We also discuss scenarios with an extra light exotic colour triplet of fermions and scalars and a TeV scale Z′, which lead to early exotic physics signals at the LHC.",

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AU - Miller, David J.

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AU - Nevzorov, Roman

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AB - We discuss the predictions of a constrained version of the exceptional supersymmetric standard model (cE6SSM), with a universal high energy soft scalar mass, soft trilinear coupling and soft gaugino mass. The spectrum includes a light gluino, a light wino-like neutralino and chargino pair and a light bino-like neutralino, with other sparticle masses except the lighter stop being much heavier. We also discuss scenarios with an extra light exotic colour triplet of fermions and scalars and a TeV scale Z′, which lead to early exotic physics signals at the LHC.

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