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Ultrafast polarization conversion with plasmonic crystals

Femtosecond-scale polarization state conversion is experimentally found in optical response of a plasmonic nanograting by means of time-resolved polarimetry. Simultaneous measurements of the Stokes parameters as a function of time with an averaging time-gate of 130 fs reveal a remarkable alteration of polarization state inside a single fs-pulse reflected from a plasmonic crystal. Time-dependent depolarization is experimentally found and described within an analytical model which predicts the four-fold enhancement of the polarization conversion effect with the use of the narrower gate. The effect is attributed to excitation of time-delayed polarization-sensitive surface plasmons with a highly birefringent Fano-type spectral profile.

preprint2011arXivOpen access
M. R. ShcherbakovP. P. VabishchevichV. V. KomarovaT. V. DolgovaA. A. Fedyanin
physics.optics
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M. R. ShcherbakovP. P. VabishchevichV. V. KomarovaT. V. DolgovaA. A. Fedyanin

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