Accounting for the stochastic fraction of spins that relax even when thermal diffusion is fast releases Zeeman energy that lowers the avalanche threshold in SMM dark matter detectors.
Arnaudet al.(EDELWEISS), First germanium-based constraints on sub-MeV Dark Matter with the EDEL- WEISS experiment, Phys
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In ADD models with n large extra dimensions, gravity-mediated DM-nucleon interactions scale as m_p m_χ M_*^{-4} and resonant annihilation as ⟨σv⟩ ~ m_χ^n M_*^{-n-2}, yielding bounds on {m_χ, M_*} from Xe direct detection and galactic gamma rays.
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Refined Sensitivity Estimates for Single-Molecule Magnet Dark Matter Detectors
Accounting for the stochastic fraction of spins that relax even when thermal diffusion is fast releases Zeeman energy that lowers the avalanche threshold in SMM dark matter detectors.
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Signatures of gravity-mediated dark matter interaction in theories with large extra dimensions
In ADD models with n large extra dimensions, gravity-mediated DM-nucleon interactions scale as m_p m_χ M_*^{-4} and resonant annihilation as ⟨σv⟩ ~ m_χ^n M_*^{-n-2}, yielding bounds on {m_χ, M_*} from Xe direct detection and galactic gamma rays.