A Pati-Salam Version of Subcritical Hybrid Inflation
arXiv:1601.03749 · doi:10.1103/PhysRevD.93.095003
Abstract
In this paper we present a model of subcritical hybrid inflation with a Pati-Salam [PS] symmetry group. Both the inflaton and waterfall fields contribute to the necessary e-foldings of inflation, while only the waterfall field spontaneously breaks PS hence monopoles produced during inflation are diluted during the inflationary epoch. The model is able to produce a tensor-to-scalar ratio, consistent with the latest BICEP2/Keck and Planck data, as well as scalar density perturbations and spectral index, , consistent with Planck data. For particular values of the parameters, we find and . The energy density during inflation is directly related to the PS breaking scale, . The model also incorporates a symmetry which can resolve the problem and suppress dimension 5 operators for proton decay, leaving over an exact -parity. Finally the model allows for a complete three family extension with a family symmetry which reproduces low energy precision electroweak and LHC data.
arXiv comment19 pages, 4 figures. v2: typo fixed, figure added, references added; v3: additional typos fixed
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