Plasmon-assisted tunneling in a quantum twisting microscope should imprint the momentum-resolved plasmon dispersion of twisted bilayer graphene onto the differential conductance as satellite peaks and high-bias kinks.
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Theory of plasmon spectroscopy with the quantum twisting microscope
Plasmon-assisted tunneling in a quantum twisting microscope should imprint the momentum-resolved plasmon dispersion of twisted bilayer graphene onto the differential conductance as satellite peaks and high-bias kinks.