The transmission and reflection spectra of a one-dimensional microresonator structure with
dielectric Bragg mirrors, the working cavity of which is filled with several “dielectric …

This paper represents a developed theoretical model for studying the magneto-optical (MO)
effects of reflected light from the interface of two semi-infinite MO materials with a graphene …

In this work, we report on the emergence of a photonic Hall effect (PHE) system within a
narrow filtered background of a one-dimensional defective optical dielectric structure with …

Two-dimensional graphene-based photonic crystal (GPC) formed by a periodic array of the
homogeneous dielectric cylinders etched in the alternating graphene and dielectric layers …

In this paper, the magneto-optical properties of transmitted light from the
air/graphene/InSb/air layered structure are numerically studied in the 0.1–10 THz frequency …

In this paper, we have numerically investigated the magneto-optical (MO) properties, and
figure of merit (FOM) behavior of the reflected light from a layered structure composed of two …

Abstract Effect of magnetic field on interaction of non-polarized light with a one-dimensional
magneto-optic resonator has been investigated. Attention has been given to resonators with …

The transformation of the graphene-containing optical spectra photonic-crystal structure with
a change in the chemical potential (μ) of graphene is studied. In the period of the structure …

Motivated by resent experimental realization of a 1D strain-tunable photonic crystals and
also increasing successes in strain-engineering in grapehene, we demonstrate the …

The optical properties of graphene-based structures are discussed. The universal optical
absorption in graphene is reviewed. The photonic band structure and transmission of …