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Dark side of the Seesaw

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arxiv 1806.00490 v2 pith:UI5CIQZN submitted 2018-06-01 hep-ph

classification hep-ph
keywords darkmatterneutrinomassseesawallowsexpectationfield
verification ladder T0 review T1 audit T2 compute T3 formal
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abstract

In an attempt to unfold (if any) a possible connection between two apparently uncorrelated sectors, namely neutrino and dark matter, we consider the type-I seesaw and a fermion singlet dark matter to start with. Our construction suggests that there exists a scalar field mediator between these two sectors whose vacuum expectation value not only generates the mass of the dark matter, but also takes part in the neutrino mass generation. While the choice of $Z_4$ symmetry allows us to establish the framework, the vacuum expectation value of the mediator field breaks $Z_4$ to a remnant $Z_2$, that is responsible to keep dark matter stable. Therefore, the observed light neutrino masses and relic abundance constraint on the dark matter, allows us to predict the heavy seesaw scale as illustrated in this paper.The methodology to connect dark matter and neutrino sector, as introduced here, is a generic one and can be applied to other possible neutrino mass generation mechanism and different dark matter candidate(s).

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  1. Heavy singlet fermionic dark matter with $Z_4$ symmetry

    hep-ph 2026-06 unverdicted novelty 3.0 of 10

    In the Z4-symmetric singlet fermionic DM model with a new scalar, viable heavy-DM parameter space in the secluded regime permits non-negligible Higgs mixing while satisfying relic density and direct detection bounds.

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