Enhanced Inverse Faraday Effect in Nonmagnetic Plasmonic Monolayers of Nanodisks
2023 Conference on Lasers and Electro-Optics (CLEO)（2023）
Abstract
With time-resolved measurements, we investigate the inverse Faraday effect of gold nanodisks in random monolayers. Order-of-magnitude enhancements are observed for 3.9% fill-factor samples (compared to gold film) which increases with proximity to the plasmonic resonance.
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Key words
3.9% fill-factor samples,enhanced inverse Faraday effect,gold film,gold nanodisks,nonmagnetic plasmonic monolayers,order-of-magnitude enhancements,plasmonic resonance,random monolayers,time-resolved measurements
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