Bilayer graphene device produces photovoltage through thermoelectric heating at a p-n junction, with plasmon resonances appearing as oscillations at record-low frequency of 0.13 THz due to electrically induced band gap.
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Plasmon resonance in a sub-THz graphene-based detector: theory and experiment
Bilayer graphene device produces photovoltage through thermoelectric heating at a p-n junction, with plasmon resonances appearing as oscillations at record-low frequency of 0.13 THz due to electrically induced band gap.