Dark matter with mass 40 to 50 GeV annihilating via bottom quarks at the thermal relic cross section best fits the Ophiuchus cluster radio spectrum, and is claimed to be consistent with other dark matter excesses.
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Fitting dark matter mass with the radio continuum spectral data of the Ophiuchus cluster
Dark matter with mass 40 to 50 GeV annihilating via bottom quarks at the thermal relic cross section best fits the Ophiuchus cluster radio spectrum, and is claimed to be consistent with other dark matter excesses.