Bright and vivid plasmonic color filters having dual resonance modes with proper orthogonality

Hyowook Kim; Myungjoon Kim; Taeyong Chang; Arthur Baucour; Suwan Jeon; Nayoung Kim; Hak Jong Choi; Heon Lee; Jonghwa Shin

doi:10.1364/OE.26.027403

Bright and vivid plasmonic color filters having dual resonance modes with proper orthogonality

Hyowook Kim, Myungjoon Kim, Taeyong Chang, Arthur Baucour, Suwan Jeon, Nayoung Kim, Hak Jong Choi, Heon Lee, Jonghwa Shin

Department of Materials Science and Engineering

Research output: Contribution to journal › Article › peer-review

10 Citations (Scopus)

Abstract

The mode orthogonality fundamentally influences the scattering spectra of multi-resonance systems, such as plasmonic color filters. We show that planar arrays of silver nanostructures with dual localized surface plasmon resonances and the right mode orthogonality can function as transmissive RGB color filters with peak transmittances higher than 70%, and color gamut areas larger than 90% of the sRGB space. These are the brightest and most saturated of all designs proposed thus far. We present the Pareto frontier from designs with more than 80% peak transmittance, to designs that achieve a color gamut larger than 120% of the sRGB space.

Original language	English
Pages (from-to)	27413-27417
Number of pages	5
Journal	Optics Express
Volume	26
Issue number	21
DOIs	https://doi.org/10.1364/OE.26.027403
Publication status	Published - 2018 Oct 15

Bibliographical note

Publisher Copyright:
© 2018 Optical Society of America under the terms of the OSA Open Access Publishing Agreement.

ASJC Scopus subject areas

Atomic and Molecular Physics, and Optics

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10.1364/OE.26.027403

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abstract = "The mode orthogonality fundamentally influences the scattering spectra of multi-resonance systems, such as plasmonic color filters. We show that planar arrays of silver nanostructures with dual localized surface plasmon resonances and the right mode orthogonality can function as transmissive RGB color filters with peak transmittances higher than 70%, and color gamut areas larger than 90% of the sRGB space. These are the brightest and most saturated of all designs proposed thus far. We present the Pareto frontier from designs with more than 80% peak transmittance, to designs that achieve a color gamut larger than 120% of the sRGB space.",

author = "Hyowook Kim and Myungjoon Kim and Taeyong Chang and Arthur Baucour and Suwan Jeon and Nayoung Kim and Choi, {Hak Jong} and Heon Lee and Jonghwa Shin",

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T1 - Bright and vivid plasmonic color filters having dual resonance modes with proper orthogonality

AU - Kim, Hyowook

AU - Kim, Myungjoon

AU - Chang, Taeyong

AU - Baucour, Arthur

AU - Jeon, Suwan

AU - Kim, Nayoung

AU - Choi, Hak Jong

AU - Lee, Heon

AU - Shin, Jonghwa

PY - 2018/10/15

Y1 - 2018/10/15

N2 - The mode orthogonality fundamentally influences the scattering spectra of multi-resonance systems, such as plasmonic color filters. We show that planar arrays of silver nanostructures with dual localized surface plasmon resonances and the right mode orthogonality can function as transmissive RGB color filters with peak transmittances higher than 70%, and color gamut areas larger than 90% of the sRGB space. These are the brightest and most saturated of all designs proposed thus far. We present the Pareto frontier from designs with more than 80% peak transmittance, to designs that achieve a color gamut larger than 120% of the sRGB space.

AB - The mode orthogonality fundamentally influences the scattering spectra of multi-resonance systems, such as plasmonic color filters. We show that planar arrays of silver nanostructures with dual localized surface plasmon resonances and the right mode orthogonality can function as transmissive RGB color filters with peak transmittances higher than 70%, and color gamut areas larger than 90% of the sRGB space. These are the brightest and most saturated of all designs proposed thus far. We present the Pareto frontier from designs with more than 80% peak transmittance, to designs that achieve a color gamut larger than 120% of the sRGB space.

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Bright and vivid plasmonic color filters having dual resonance modes with proper orthogonality

Abstract

Bibliographical note

ASJC Scopus subject areas

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