Slow light in a 2d semiconductor plasmonic structure

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SUMMARY

    The authors use coupled exciton-surface plasmon polaritons (E-SPPs) in monolayer WSe2 to demonstrate slow light with a 1300 fold decrease of the SPP group velocity. CPOs originate from the interference of two driving fields (lasers) acting on an optical transition that gives rise to a modulation of the excited and ground_state populations at the optical difference frequency between the pump and probe fields. Previously, the authors developed a coupled exciton-SPP (E-SPP) model to explain the nonlinear response of the E-SPP in non-degenerate pump probe spectroscopy16. The inset depicts . . .

     

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