Dark Matter-Electron Detectors for Dark Matter-Nucleon Interactions

Summary

The paper discusses the potential for dark matter detectors to probe dark matter-nucleon interactions, in addition to dark matter-electron interactions. The authors demonstrate the power of this approach by using existing data from superconducting detectors to place new limits on dark matter-nucleon interactions.

Highlights

• Dark matter detectors can probe dark matter-nucleon interactions in addition to dark matter-electron interactions.
• Superconducting detectors can detect changes in the superconducting phase caused by dark matter-nucleon interactions.
• The authors use existing data from superconducting detectors to place new limits on dark matter-nucleon interactions.
• The results demonstrate the potential for low-threshold DM experiments to double their science output.
• The authors propose using superconducting Al and Hf targets to probe dark matter-nucleon interactions.
• The projected reach of future experiments with lower thresholds and larger exposures is shown.
• The results have significant implications for the future of superconducting detectors.

Key Insights

• The paper highlights the potential for dark matter detectors to probe dark matter-nucleon interactions, which is a new and exciting area of research.
• The use of superconducting detectors to detect changes in the superconducting phase caused by dark matter-nucleon interactions is a novel approach.
• The authors' use of existing data from superconducting detectors to place new limits on dark matter-nucleon interactions demonstrates the power of this approach.
• The results have significant implications for the future of superconducting detectors, as they demonstrate the potential for these detectors to probe dark matter-nucleon interactions in addition to dark matter-electron interactions.
• The proposed use of superconducting Al and Hf targets to probe dark matter-nucleon interactions is a promising area of research.
• The projected reach of future experiments with lower thresholds and larger exposures is impressive and highlights the potential for significant advancements in this field.
• The paper highlights the importance of considering the interplay between dark matter-electron and dark matter-nucleon interactions in detector design and data analysis.

Mindmap

Citation

Griffin, S. M., Hadas, G. D., Hochberg, Y., Inzani, K., & Lehmann, B. V. (2024). Dark Matter-Electron Detectors for Dark Matter-Nucleon Interactions (Version 1). arXiv. https://doi.org/10.48550/ARXIV.2412.16283