This technique demonstrates how mid-infrared lightfields influence quantum materials, revealing dynamics in graphene.
Photoemission momentum microscopy with sub-optical-cycle resolution enables band-structure videography throughout the entire Brillouin zone and resolves how atomic-strength mid-infrared lightfields act on quantum materials. Subcycle investigation of lightwave-driven currents in graphene reveals femtosecond scattering times.
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Eggers et al. (2025) studied this question.
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