Higher-energy excitation at the C-exciton resonance accelerates interlayer hole transfer in WS2-graphene by opening an additional efficient channel enabled by elevated carrier temperatures.
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Influence of excitation energy on microscopic quantum pathways for ultrafast charge transfer in van der Waals heterostructures
Higher-energy excitation at the C-exciton resonance accelerates interlayer hole transfer in WS2-graphene by opening an additional efficient channel enabled by elevated carrier temperatures.