Silicon cryogenic light detectors with ITO electrodes enable NTL amplification at millikelvin temperatures while serving as anti-reflective coatings, supported by an analytical model for gain versus bias.
Abdelhameed, et al., Phys
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Sucrose crystals function as a phonon detector with scintillation for particle detection in sub-GeV dark matter searches.
citing papers explorer
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NTL-amplified cryogenic light detectors with optically transparent electrodes
Silicon cryogenic light detectors with ITO electrodes enable NTL amplification at millikelvin temperatures while serving as anti-reflective coatings, supported by an analytical model for gain versus bias.
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The SWEET project: probing sugar crystals for direct dark matter searches
Sucrose crystals function as a phonon detector with scintillation for particle detection in sub-GeV dark matter searches.