Light transmission through the band gap bigyrotropic structure

Abstract

The solution of Maxwell's equations in the case of electric and magnetic permeability tensor components periodically changing along the ОZ axis has enabled an analysis of the passage of linearly polarized radiation through a bigyrotropic nonuniform structure with phase shift. With the assumption of a small modulation of the refractive index in the medium the dependence of the transmission factor is investigated. Its dependence on changes of medium parameters, length of the structure and incident wavelength is analysed. The change of ellipticity and orientation of the polarization plane of radiation passing through the specified structure is considered.

Bigyrotropic photonic crystals

“…The aforementioned features of the electromagnetic wave spectra can be validated by measurements of stop bands in the transmission and reflection spectra of bigyrotropic MPCs, similarly to calculations of transmission and reflection in bigyrotropic multilayers [17,18].…”

One-dimensional bigyrotropic magnetic photonic crystals

“…19,20 In conclusion, the demonstrated differences in the behavior of PBGs for LH and RH polarized EMWs may play an important role for the design of magneto-photonic devices and circuits.…”

Spectra of bigyrotropic magnetic photonic crystals

“…The aforementioned features of the electromagnetic wave spectra can be validated by measurements of stop bands in the transmission and reflection spectra of bigyrotropic MPCs, similarly to calculations of transmission and reflection in bigyrotropic multilayers [18,19].…”