All-dielectric periodically modulated thin films enable high-contrast polarization control at normal incidence via polarization-dependent Fano resonances, with experimental contrast ratios up to 1:1000 and high laser damage threshold.
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physics.optics 2years
2026 2verdicts
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Ultrathin MoOCl2 flakes achieve deep-subwavelength broadband achromatic quarter-wave retardation in visible and near-infrared bands.
citing papers explorer
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Understanding all-dielectric periodically modulated coatings for normal-incidence polarization control
All-dielectric periodically modulated thin films enable high-contrast polarization control at normal incidence via polarization-dependent Fano resonances, with experimental contrast ratios up to 1:1000 and high laser damage threshold.
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Deep-Subwavelength and Broadband Quarter-Wave Retardation in Ultrathin Hyperbolic MoOCl2
Ultrathin MoOCl2 flakes achieve deep-subwavelength broadband achromatic quarter-wave retardation in visible and near-infrared bands.