A detector-level Monte Carlo analysis in the I(2+1)HDM reports S/B ≈ 9.8% and statistical significance S/√B = 4.93 at 4 ab⁻¹ for a benchmark two-component scalar DM point with soft dimuon invariant mass below m_Z.
Dark Matter Search Results from 1.54 Tonne-Year Exposure of PandaX-4T
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Discussion of predicted Migdal effect signatures in liquid xenon and strategies for its experimental confirmation in dark matter detectors.
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Soft-Dimuon Signature from Two-Component Scalar Dark Matter at the LHC
A detector-level Monte Carlo analysis in the I(2+1)HDM reports S/B ≈ 9.8% and statistical significance S/√B = 4.93 at 4 ab⁻¹ for a benchmark two-component scalar DM point with soft dimuon invariant mass below m_Z.
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Nuclear Recoil Migdal Effect in Liquid Xenon Dark Matter Experiments
Discussion of predicted Migdal effect signatures in liquid xenon and strategies for its experimental confirmation in dark matter detectors.