Liquid Argon for Direct Dark Matter Detection
Abstract
The pursuit of understanding dark matter has been fostering innovation in the field of particle detectors,
simultaneously pushing the boundaries toward higher sensitivity and exposure. Liquid argon detectors,
specifically time projection chambers, hold immense promise due to their capability of measuring both
ionization and scintillation signals while taking advantage of the pulse-shape discrimination properties
provided by argon scintillation channels. Enhancements in liquid argon purification, reduced radioactivity, and novel photodetectors will allow such detectors to be a dominant technology for next-generation
experiments. These advances herald a new era in deciphering the secrets of dark matter, offering potential
breakthroughs in our comprehension of the universe’s composition.
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