Experimental demonstration of the optical Helmholtz resonance

Experimental demonstration of the optical Helmholtz resonance

Optical nanoantennas are studied to manipulate light and enhance light matter interactions. Here, we experimentally demonstrate the optical Helmholtz resonance in a metallic slit-box structure, which is predicted to be harmonic and to enhance the electric field intensity by several orders of magnitu...

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Veröffentlicht in:Applied physics letters 2018-04, Vol.112 (17), p.171110-1 - 171110-4
Hauptverfasser: Chevalier, Paul, Bouchon, Patrick, Verdun, Michael, Steveler, Emilie, Bardou, Nathalie, Dupuis, Christophe, Pardo, Fabrice, Haïdar, Riad
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Photonic
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container_end_page 1 - 171110-4
container_issue 17
container_start_page 171110
container_title Applied physics letters
container_volume 112
creator Chevalier, Paul
Bouchon, Patrick
Verdun, Michael
Steveler, Emilie
Bardou, Nathalie
Dupuis, Christophe
Pardo, Fabrice
Haïdar, Riad
description Optical nanoantennas are studied to manipulate light and enhance light matter interactions. Here, we experimentally demonstrate the optical Helmholtz resonance in a metallic slit-box structure, which is predicted to be harmonic and to enhance the electric field intensity by several orders of magnitude. It is fabricated thanks to a two step electron beam lithography process, between which the box was filled with benzocyclobutene (BCB). Up to 80% of the light is absorbed at a λ = 2.84 μm wavelength under a beam focused by a Cassegrain objective (NA = 0.4), even if the dimensions of this resonator are deeply subwavelength for both the slit (width λ/55 and height λ/77) and the box (width λ/7 and height λ/37). As expected from the inductance nature of the box, the optical properties of the BCB filling the box have no influence on the resonance behavior.
doi_str_mv 10.1063/1.5028256
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subjects Engineering Sciences
Optics
Photonic
title Experimental demonstration of the optical Helmholtz resonance
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