This work describes a theoretical study of filters using a defect in one-dimensional photonic
comb-like structure. This photonic comb-like structure is constituted by finite or infinite …

In the framework of the Green Function approach, we determine the transmission spectrum
and the band structure of detective one-dimensional photonic star waveguides. This …

In this framework, we show that we can get a filtering of two carrier frequency (two defect
modes) by the presence a segment defect in a one-dimensional photonic comb-like …

This article describes a theoretical study of new filters using a cavity in a one-dimensional
photonic comb containing left handed materials. This photonic comb is constituted by infinity …

The transmission spectrum of electromagnetic waves through a one-dimensional photonic
star waveguides (SWGs) structure is obtained using the Green function method (GFM). The …

In this work, we give a theoretical demonstration of the possibility to realize a photonic
demultiplexer. The demultiplexer consists of Y-shaped waveguides with one input line and …

In the framework of the Green function method, we theoretically study the photonic band
structure of one-dimensional superlattice composed of alternating layers of right-handed …

A multichannel frequency-division-multiplexing (FDM) system consisting of a one-
dimensional photonic star waveguides (SWGs) structure is studied theoretically. This SWGs …

Using the interface response theory, we investigate the band structure and transmission of
quasi-1D comb-like photonic waveguides with side branches composed of negative index …

We study the transmission properties and band structure of comb-like photonic crystals (PC)
with backbones constructed of meta-materials (negative-index materials) within the frame of …