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The Migdal effect has been used along with nuclear direct detection experiments to constrain dark matter models in the sub-GeV region. By utilizing the Migdal effect with data from the XENON1T and DarkSide-50 experiments, we constrained the dipolar interactions of dark matter with visible matter. We find that the Migdal limit sets the strongest constraints on dark matter at the Sub-GeV scale. The complementarity of the Migdal effect with dark matter-electron scattering processes is observed.

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Searching for Sub-GeV Dipolar Dark Matter Using the Migdal Effect

  • 会议论文

  • 发表日期：

    2025年

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  • Gaurav Tomar,
  • Alejandro Ibarra,
  • Merlin Reichard

摘要

The Migdal effect has been used along with nuclear direct detection experiments to constrain dark matter models in the sub-GeV region. By utilizing the Migdal effect with data from the XENON1T and DarkSide-50 experiments, we constrained the dipolar interactions of dark matter with visible matter. We find that the Migdal limit sets the strongest constraints on dark matter at the Sub-GeV scale. The complementarity of the Migdal effect with dark matter-electron scattering processes is observed.