We explore one-dimensional photonic crystal structure with defect layer to be used as
optical sensor to detect waterborne bacteria in pure water. The transmission spectra of the …

This article focuses on an all optical 4× 2 encoder using a two dimensional photonic crystals
consisting of silicon dielectric rods in hexagonal lattice surrounded in air. The operation of …

A novel design of bio-sensor based on the silicon photonic crystal double-elliptical ring
resonators with improved sensitivity and capability for cancer detection is proposed …

This work aims to design and simulate a novel structure for an all-optical 4× 2 encoder using
a ring resonator through a new and unique technique. Encoders are widely used in …

In this paper, we investigate the performance of a new form of photonic crystal filter. The
proposed filter consists of two waveguides and a resonator whose resonator section …

In this paper, we simulated and designed an all-optical Fredkin gate. The proposed structure
is very simple and compact. We used air holes with radii of 177 nm in a silicon slab …

In this study, a photonic crystal lattice structure consisting of a Gallium Arsenide composite
semi-conductive material with an air background is employed to identify the presence of …

We looked into three distinct topologies, using a one-dimensional photonic crystal with a
defect layer in two symmetrical and one asymmetrical configurations as an optical biosensor …

Optical switching is an essential part of photonic integrated circuits and the focus of research
at the moment. In this research, an optical switch design working on the phenomenon of …

In this paper, we propose a new design of an all-optical 2-bit adder based on Photonic
Crystal nonlinear ring resonators. The proposed structure is designed by cascading one …