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2005 Optical Society of America. OCIS codes:(160.3710) Liquid crystals; (230.3990) Microstructure devices; (240.0240) Op-tics at surfaces; (310.6860) Thin films, optical properties.

It is completelysuppressed for opposite circular polarizations, and at theselow powers exhibits negligible nonlinearities for the op-posite spin polaritons, confirming the absence of excitonbleaching.

predicting atomic-scale confinement of op-tical fields (6, 20). This optical confinementexplains atomic resolution in tip-based exper-iments (3, 5) and approaches the quantum limitderived previously (4), V Rd2QR,

The method ofimages technique works well at low frequencies (n { op), withop being the plasma frequency, below which the metal is a goodreflector.

2005 Optical Society of America. OCIS codes:(160.3710) Liquid crystals; (230.3990) Microstructure devices; (240.0240) Op-tics at surfaces; (310.6860) Thin films, optical properties.

27 Jun 2022: Our results suggest the mechanism to be opto-molecular tuning of the energy barrier at metal surfaces, which opens up op-portunities for controlling reactions at the single-atom and single- ... These AuNP sizes are chosen because of their stronger

23 Oct 2023: Further op-timization of the asymmetries in the forward and reverse strokesis likely needed to achieve reliable reproducible locomotion.

3 Jan 2024: A R T I C L E Op e n A c c e s s.

alsobeen intense interest in plasmonic nanostructures that utilizecollective charge oscillations in noble metals to enhance the op-tical fields within a few nanometers (6). ... the fluorescence intensity of dye molecules, and their high op-tical density

2 May 2024: Thisplatform for few-molecule vibrational spectroscopy traps op-tical fields to zeptoliter volumes, filled only by the moleculesunder study [31].