This paper presents a novel design of an optical electro-absorption modulator based on a
hybrid plasmonic structure with a graphene layer on the generic InP platform. Graphene …

This paper introduces a novel plasmonic perfect absorber tailored for the terahertz
frequency range, utilizing a single-mode configuration. The absorber architecture comprises …

In an era where the precise detection of alcohols is increasingly vital across a broad
spectrum of industries, from healthcare to petrochemicals, the introduction of an innovative …

A two-dimensional biosensor based on photonic crystal rods is proposed and considered.
The structure is consisted of 49× 39 arrays of Si rods in the air background. Finite-difference …

<? TeX 2pc 0pt?> In this study, we propose a novel, to the best of our knowledge, all-optical
Galois field (AOGF) adder that utilizes logic all-optical XOR gates. The design is founded on …

This paper proposes a novel approach for designing all-optical logic gates in a photonic
crystal platform, utilizing an appropriate fluid infiltration technique. Considering a threshold …

The nanomechanical resonator composed of two-dimensional materials has seen extensive
investigations, but the interaction between two adjacent resonators has not called much …

This study explores the application of neural networks in optimizing design parameters for
an all-optical NOT gate using photonic crystals. It focuses on the unique properties of …

Quasi-line waves represent a distinct class of propagation modes along non-complementary
impedance surfaces, offering an alternative to the conventional line waves typically formed …

Recent advances in photonic crystals have opened up new possibilities for develo** high-
speed, low-power optical devices. One promising application is using photonic crystals to …