We study the influence of few-layer graphene on omnidirectional photonic band gap (OPBG)
in one-dimensional photonic crystal (1DPC) at terahertz frequencies. By periodically …

Optical characteristics of two new graphene based photonic crystals are studied in detail. A
structure containing alternating layers of graphene and SiO 2 slabs is considered as the …

We report a distributed circuit modeling based on analytical study of the tunable enhanced
lateral displacement of electromagnetic waves in total reflection of light beams from a …

One dimensional photonic crystals with responses in 5.5–7.5 THz frequency interval are
introduced. Structure composed of monolayer graphene sheets separated by dielectric slabs …

We provide theoretical and experimental evidence for the existence of topological Tamm
states at the interface between two stubbed photonic crystals (PCs) as a function of the …

Investigation of the spectral response of graphene-dielectric (SiO 2)-based periodic structure
was made in the far-infrared (IR) to the mid-IR frequency range, and the effects of different …

In this work, low terahertz (THz) spectroscopic properties of defective one-dimensional
graphene-dielectric photonic crystal (1D-GPC) structure are theoretically investigated and …

The transmission properties of a defective one-dimensional photonic crystal containing
graphene nanolayers have been investigated using the transfer matrix method. It is shown …

Theoretically, the Goos–Hänchen effect at the interface of a one-dimensional photonic
crystal containing graphene monolayers has been investigated. It was shown that the lateral …

Using the transfer matrix method, the absorption, reflection, and nonreciprocity of the
cylindrical photonic crystals (CPCs) consisting of graphene and two layers of ordinary …