Leptogenesis and Dark Matter from Low Scale Seesaw
arXiv:2001.04085 · doi:10.1103/PhysRevD.101.095005
Abstract
In this paper, we perform a detail analysis on leptogenesis and dark matter form low scale seesaw. In the framework of 2HDM, we further introduce one scalar singlet and one Dirac fermion singlet , which are charged under a symmetry. Assuming the coupling of is extremely small, it serves as a FIMP dark matter. The heavy right hand neutrinos provide a common origin for tiny neutrino mass (via seesaw mechanism), leptogenesis (via ) and dark matter (via ). With hierarchical right hand neutrino masses, the explicit calculation shows that success thermal leptogenesis is viable even for TeV scale with GeV and lightest neutrino mass eV. In such scenario, light FIMP dark matter in the keV to MeV range is naturally expected. The common parameter space for neutrino mass, natural leptogenesis and FIMP DM is also obtained in this paper.
arXiv comment17 pages, 6 figures
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