Fano resonant optical coatings platform for full gamut and high purity structural colors
Structural coloring is a photostable and environmentally friendly coloring approach that harnesses optical interference and nanophotonic resonances to obtain colors with a range of applications including display technologies, colorful solar panels, steganography, décor, data storage, and anticounter...
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| Published in: | Nature communications Vol. 14; no. 1; pp. 3960 - 6 |
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| Main Authors: | , , , , , , , |
| Format: | Journal Article |
| Language: | English |
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Nature Publishing Group UK
05.07.2023
Nature Publishing Group Nature Portfolio |
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| ISSN: | 2041-1723, 2041-1723 |
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| Abstract | Structural coloring is a photostable and environmentally friendly coloring approach that harnesses optical interference and nanophotonic resonances to obtain colors with a range of applications including display technologies, colorful solar panels, steganography, décor, data storage, and anticounterfeiting measures. We show that optical coatings exhibiting the photonic Fano Resonance present an ideal platform for structural coloring; they provide full color access, high color purity, high brightness, controlled iridescence, and scalable manufacturing. We show that an additional oxide film deposited on Fano resonant optical coatings (FROCs) increases the color purity (up to 99%) and color gamut coverage range of FROCs to 61% of the CIE color space. For wide-area structural coloring applications, FROCs have a significant advantage over existing structural coloring schemes.
Fano resonant optical coatings (FROCs) present an ideal platform for structural coloring from thin-film metamaterials. This platform provides full-color gamut coverage at greater than 61% of the CIE gamut, with exceptionally high purity (up to 99%) and high brightness. FROCs exhibit tunable iridescence, cost-effective and scalable manufacturing, and significant advantages over existing structural coloring schemes. |
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| AbstractList | Structural coloring is a photostable and environmentally friendly coloring approach that harnesses optical interference and nanophotonic resonances to obtain colors with a range of applications including display technologies, colorful solar panels, steganography, décor, data storage, and anticounterfeiting measures. We show that optical coatings exhibiting the photonic Fano Resonance present an ideal platform for structural coloring; they provide full color access, high color purity, high brightness, controlled iridescence, and scalable manufacturing. We show that an additional oxide film deposited on Fano resonant optical coatings (FROCs) increases the color purity (up to 99%) and color gamut coverage range of FROCs to 61% of the CIE color space. For wide-area structural coloring applications, FROCs have a significant advantage over existing structural coloring schemes.Structural coloring is a photostable and environmentally friendly coloring approach that harnesses optical interference and nanophotonic resonances to obtain colors with a range of applications including display technologies, colorful solar panels, steganography, décor, data storage, and anticounterfeiting measures. We show that optical coatings exhibiting the photonic Fano Resonance present an ideal platform for structural coloring; they provide full color access, high color purity, high brightness, controlled iridescence, and scalable manufacturing. We show that an additional oxide film deposited on Fano resonant optical coatings (FROCs) increases the color purity (up to 99%) and color gamut coverage range of FROCs to 61% of the CIE color space. For wide-area structural coloring applications, FROCs have a significant advantage over existing structural coloring schemes. Structural coloring is a photostable and environmentally friendly coloring approach that harnesses optical interference and nanophotonic resonances to obtain colors with a range of applications including display technologies, colorful solar panels, steganography, décor, data storage, and anticounterfeiting measures. We show that optical coatings exhibiting the photonic Fano Resonance present an ideal platform for structural coloring; they provide full color access, high color purity, high brightness, controlled iridescence, and scalable manufacturing. We show that an additional oxide film deposited on Fano resonant optical coatings (FROCs) increases the color purity (up to 99%) and color gamut coverage range of FROCs to 61% of the CIE color space. For wide-area structural coloring applications, FROCs have a significant advantage over existing structural coloring schemes.Fano resonant optical coatings (FROCs) present an ideal platform for structural coloring from thin-film metamaterials. This platform provides full-color gamut coverage at greater than 61% of the CIE gamut, with exceptionally high purity (up to 99%) and high brightness. FROCs exhibit tunable iridescence, cost-effective and scalable manufacturing, and significant advantages over existing structural coloring schemes. Structural coloring is a photostable and environmentally friendly coloring approach that harnesses optical interference and nanophotonic resonances to obtain colors with a range of applications including display technologies, colorful solar panels, steganography, décor, data storage, and anticounterfeiting measures. We show that optical coatings exhibiting the photonic Fano Resonance present an ideal platform for structural coloring; they provide full color access, high color purity, high brightness, controlled iridescence, and scalable manufacturing. We show that an additional oxide film deposited on Fano resonant optical coatings (FROCs) increases the color purity (up to 99%) and color gamut coverage range of FROCs to 61% of the CIE color space. For wide-area structural coloring applications, FROCs have a significant advantage over existing structural coloring schemes. Fano resonant optical coatings (FROCs) present an ideal platform for structural coloring from thin-film metamaterials. This platform provides full-color gamut coverage at greater than 61% of the CIE gamut, with exceptionally high purity (up to 99%) and high brightness. FROCs exhibit tunable iridescence, cost-effective and scalable manufacturing, and significant advantages over existing structural coloring schemes. Abstract Structural coloring is a photostable and environmentally friendly coloring approach that harnesses optical interference and nanophotonic resonances to obtain colors with a range of applications including display technologies, colorful solar panels, steganography, décor, data storage, and anticounterfeiting measures. We show that optical coatings exhibiting the photonic Fano Resonance present an ideal platform for structural coloring; they provide full color access, high color purity, high brightness, controlled iridescence, and scalable manufacturing. We show that an additional oxide film deposited on Fano resonant optical coatings (FROCs) increases the color purity (up to 99%) and color gamut coverage range of FROCs to 61% of the CIE color space. For wide-area structural coloring applications, FROCs have a significant advantage over existing structural coloring schemes. Structural coloring is a photostable and environmentally friendly coloring approach that harnesses optical interference and nanophotonic resonances to obtain colors with a range of applications including display technologies, colorful solar panels, steganography, décor, data storage, and anticounterfeiting measures. We show that optical coatings exhibiting the photonic Fano Resonance present an ideal platform for structural coloring; they provide full color access, high color purity, high brightness, controlled iridescence, and scalable manufacturing. We show that an additional oxide film deposited on Fano resonant optical coatings (FROCs) increases the color purity (up to 99%) and color gamut coverage range of FROCs to 61% of the CIE color space. For wide-area structural coloring applications, FROCs have a significant advantage over existing structural coloring schemes. |
| ArticleNumber | 3960 |
| Author | ElKabbash, Mohamed Guo, Chunlei Hoffman, Nathaniel Lininger, Andrew R. Hinczewski, Michael Strangi, Giuseppe Jalil, Sohail A. Letsou, Theodore |
| Author_xml | – sequence: 1 givenname: Mohamed surname: ElKabbash fullname: ElKabbash, Mohamed email: melkabbash@arizona.edu organization: The Institute of Optics, University of Rochester, College of Optical Sciences, University of Arizona – sequence: 2 givenname: Nathaniel orcidid: 0000-0002-8865-2286 surname: Hoffman fullname: Hoffman, Nathaniel organization: Department of Physics, Case Western Reserve University – sequence: 3 givenname: Andrew R. orcidid: 0000-0001-6401-7301 surname: Lininger fullname: Lininger, Andrew R. organization: Department of Physics, Case Western Reserve University – sequence: 4 givenname: Sohail A. surname: Jalil fullname: Jalil, Sohail A. organization: The Institute of Optics, University of Rochester – sequence: 5 givenname: Theodore surname: Letsou fullname: Letsou, Theodore organization: Department of Physics, Case Western Reserve University – sequence: 6 givenname: Michael orcidid: 0000-0003-2837-7697 surname: Hinczewski fullname: Hinczewski, Michael email: mxh605@case.edu organization: Department of Physics, Case Western Reserve University – sequence: 7 givenname: Giuseppe orcidid: 0000-0002-7509-2048 surname: Strangi fullname: Strangi, Giuseppe email: gxs284@case.edu organization: Department of Physics, Case Western Reserve University, CNR-NANOTEC and the Department of Physics University of Calabria – sequence: 8 givenname: Chunlei surname: Guo fullname: Guo, Chunlei email: guo@optics.rochester.edu organization: The Institute of Optics, University of Rochester |
| BackLink | https://www.ncbi.nlm.nih.gov/pubmed/37407559$$D View this record in MEDLINE/PubMed |
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| SubjectTerms | 132/122 140/125 639/624/399/1098 639/925/929 Brightness Coatings Color Coloring Data storage Harnesses Humanities and Social Sciences Iridescence Manufacturing Metamaterials multidisciplinary Optical coatings Optics Oxide coatings Photovoltaic cells Physics Purity Science Science (multidisciplinary) Solar energy Solar panels Steganography Thin films |
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