In this paper, an optical refractive index sensor based on a hybrid photonic-plasmonic
crystal (PhPlC) topology, in which some metal nano-rods are embedded in a rod-type GaAs …

To develop standard optical biosensors, the simulation procedure takes a lot of time. For
reducing that enormous amount of time and effort, machine learning might be a better …

Abstract Machine learning provides a promising platform for both forward modeling and the
inverse design of photonic structures. Relying on a data-driven approach, machine learning …

We demonstrate an effective method for realization of robust, tailorable annular plasma
photonic crystals (PPC) in dielectric barrier discharge with two water electrodes. Fast …

According to the Bragg interference mechanism, photonic bandgaps (PBGs) in conventional
all-dielectric periodic multilayer structures shift towards shorter wavelengths (blueshift) as …

In this study, we design a one-dimensional periodic ring multi-connected optical waveguide
network to solve the problem of obtaining ultra-wide photonic band gaps that are too …

Nonlinear response of a nano-structure including two square quantum dots (QDs) of
identical material but dissimilar sizes is discussed by considering possible quantum …

Abstract Photonic Crystals (PhCs) are materials with a periodic arrangement of dielectric or
metallic components that can manipulate the flow of photons. Conventional techniques for …

To create a functioning photonic crystal fiber, it must first be accurately designed, and then
simulations with various parameters must be performed to find the optimal one. However …

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