Fano resonances in dielectric, metallic and metamaterial photonic structures
Peter Markos
TL;DR
This paper numerically investigates Fano resonances in periodic arrays of dielectric, metallic, and metamaterial cylinders, focusing on their spatial electromagnetic field distribution and spectral properties.
Contribution
It provides a detailed analysis of Fano resonances in various cylindrical photonic structures, highlighting their spatial and spectral characteristics.
Findings
Fano resonances are excited in linear arrays of cylinders.
Spatial distribution and symmetry of electromagnetic fields are characterized.
Relation between Fano resonances and frequency spectra is discussed.
Abstract
We investigate numerically Fano resonances excited in periodic arrays of dielectric, metallic and left-handed cylinders. Of particular interest are Fano resonances excited in the linear array of cylin- ders. We analyze spatial distribution and symmetry of electromagnetic field and discuss the relation between observed Fano resonances and frequency spectra of two-dimensional arrays of cylinders.
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