Holographic space-time and its phenomenological implications
T. Banks (Rutgers NHETC, SCIPP-UCSC)
TL;DR
This paper reviews Holographic Space-time theory, discusses its implications for the cosmological constant and SUSY breaking, and proposes a unique Tera-scale physics model with dark matter candidates and SUSY breaking mechanisms.
Contribution
It introduces a fairly unique Tera-scale physics model derived from Holographic Space-time, linking cosmological constant, SUSY breaking, and dark matter.
Findings
Proposes direct gauge mediation of SUSY breaking.
Models dark matter as a hidden sector baryon with magnetic dipole moment.
Connects Holographic Space-time to phenomenological implications.
Abstract
I briefly review the theory of Holographic Space-time and its relation to the cosmological constant problem, and the breaking of supersymmetry (SUSY). When combined with some simple phenomenological requirements, these ideas lead to a fairly unique model for Tera-scale physics, which implies direct gauge mediation of SUSY breaking and a model for dark matter as a hidden sector baryon, with nonzero magnetic dipole moment.
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