Fano resonance is a sharp and asymmetric spectral feature that can be used for refractive
index sensing. In this paper, we propose a Fano resonance sensor based on the coupling …

A theoretical gas sensor is proposed using bimetal layers with few black phosphorous (BP)
layers. The bimetallic layer of the proposed design gas sensor comprises a (gold-silver) Au …

Surface plasmon resonance (SPR) integrated with fiber optic technology offers a new
perspective to sensing applications in the fields of physics, chemistry, and biology. A …

The photonic band gap (PBG) of conventional all-dielectric one-dimension (1D) photonic
crystal (PC) shifts towards the shorter wavelength (blueshift) as the incident angle increases …

Fiber optic surface plasmon resonance (SPR) sensors are widely used in sensing
applications in the fields of physics, chemistry and biology. This paper presents a numerical …

In this work, a realized Fano resonance due to the coupling between two 1DTPC is
proposed for refractive index sensing with an ultra-high-quality factor of 106. The generated …

In the current work, a design of extremely high performance pressure sensor is achieved
using the photonic devices structure as (Bg4/Oct3/Bg4), where Oct3 represents the third …

In this study, a new, thin, noiseless, highly sensitive, multilayer 1-D photonic crystal
biosensor structure is designed for the real time detection of viruses in human blood sample …

This work examines the numerical simulation of a finite-difference method in the frequency
domain to analyze the reflection and transmission in a two-dimensional photonic crystal. We …

June 15-2022 Accepted: April 23-2023 The author of this article illustrates a new design and
simulation of a twodimensional photonic crystal (PhC) based hydrostatic pressure sensor …