A resonant cavity with a quantum Hall sample detects axion dark matter through photon absorption that produces a measurable ~5 mK temperature increase at millikelvin temperatures.
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2 Pith papers cite this work. Polarity classification is still indexing.
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Pith papers citing it
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hep-ph 2years
2025 2representative citing papers
Proposes using low-conductivity cylindrical samples in strong B-fields to detect axion-induced bulk currents, with SNR estimates indicating feasibility for R=80 cm at 4 K.
citing papers explorer
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Detection of Dark Matter Axions via the Quantum Hall Effect in a Resonant Cavity
A resonant cavity with a quantum Hall sample detects axion dark matter through photon absorption that produces a measurable ~5 mK temperature increase at millikelvin temperatures.
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A Way of Axion Detection with Mass $10^{-4} \text{-}10^{-3}$eV Using Cylindrical Sample with Low Electric Conductivity
Proposes using low-conductivity cylindrical samples in strong B-fields to detect axion-induced bulk currents, with SNR estimates indicating feasibility for R=80 cm at 4 K.