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Physical approaches to the design of functional metal-dielectric systems based on opals in photonics
Russian version
DOI: 10.21883/TP.2022.02.52954.255-21
Khanin S. D.1, Vanin A. I.2, Kumzerov Yu. A.2,3, Solovyev V. G.1,2, Cvetkov A. V.2, Yanikov M. V.2
1S.M. Budienny Military Telecommunications Academy, St. Petersburg, Russia
2Pskov State University, Pskov, Russia
3Ioffe Institute, St. Petersburg, Russia
Email: solovyev_v55@mail.ru
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The possibilities of practical implementation of physical approaches to the design of metal-dielectric photonic crystal systems based on opals, which allow controlling the propagation of electromagnetic waves, are shown. The implemented approaches are based on the effects of excitation of surface plasmon-polaritons capable of propagating along the metal-dielectric interface in plasmonic-photonic layered heterostructures, and modification of the photonic-energy structure of the nanocomposite as a result of dispersion of silver in the opal matrix. Experimental results are presented indicating the occurrence of extraordinary transmission and absorption of light in plasmonic-photonic heterostructures, as well as the asymmetric shape of curves in the reflection spectra of nanocomposites, which is associated with the Fano resonance. Keywords: photonic crystals, opals, surface plasmon-polaritons, metal-dielectric systems, Fano resonance.
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