Supersymmetric standard model inflation in the Planck era
arXiv:1112.2391 · doi:10.1103/PhysRevD.86.063507
Abstract
We propose a cosmological inflationary scenario based on the supergravity-embedded Standard Model supplemented by the right-handed neutrinos. We show that with an appropriate Kahler potential the L-H_u direction gives rise to successful inflation that is similar to the recently proposed gravitationally coupled Higgs inflation model but is free from the unitarity problem. The mass scale of the right-handed neutrinos is subject to the seesaw relation and the present 2- constraint from the WMAP7-BAO-H_0 data sets its lower bound 1 TeV. Generation of the baryon asymmetry is naturally implemented in this model. We expect within a few years new observational data from the Planck satellite clearly discriminates this model from other existing inflationary models arising from the same Lagrangian, and possibly yields stringent constraints on .
5 pages, 3 figures, essentially the published version
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