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- W2608956670 abstract "We study dark matter production in scenarios where a scale invariant hidden sector interacts with the Standard Model degrees of freedom via a Higgs portal $ensuremath{lambda}{mathrm{ensuremath{Phi}}}^{ifmmodedaggerelsetextdaggerfi{}}mathrm{ensuremath{Phi}}{s}^{2}$. If the hidden sector is very weakly coupled to the SM but exhibits strong interactions within its own particle species, the dark matter abundance may arise as a result of a dark freeze-out occurring in the hidden sector. Because of scale invariance, the free parameters in the hidden sector are determined, and the dark matter candidate exhibits a ``WIMP miracle of the second kind.'' Demonstrating the predictive power of scale invariance, we carry out a thorough analysis of dark matter production in several benchmark scenarios where the hidden sector contains either a scalar, fermion (sterile neutrino), or vector dark matter and discuss the observational consequences of these scenarios." @default.
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- W2608956670 date "2017-07-11" @default.
- W2608956670 modified "2023-10-02" @default.
- W2608956670 title "WIMP miracle of the second kind" @default.
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- W2608956670 doi "https://doi.org/10.1103/physrevd.96.023001" @default.
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