In this paper, the light absorption in the active layer of polymer solar cells (OPV) by using
plasmonic nanocrystals with a hexagonal lattice structure is investigated. To study the …

This review describes the basic and application aspects of the optical properties of
nanoparticles (NPs), which determine the dynamics and results of optical (laser) radiation …

Dual heterostructures integrating noble-metal and copper chalcogenide nanoparticles have
attracted a great deal of attention in nonlinear optics, because coupling of their localized …

Enhanced scattering from local surface plasmon resonance by light has attracted much
attention due to its special applications in sensor, cell, and biological imaging. Here, we …

We develop a theoretical framework, based on a multipole, quasi-static approach, for the
prediction of the localized surface plasmon resonances in Fanoshells formed via …

We studied the local field enhancement factor (LFEF), absorption, and extinction cross
sections of spherical, cylindrical, oblate, and prolate core–shell nanocomposites (NCs) …

In this work, we present and explore the characteristics of a plasmonic metamaterial
absorber based on a metal–insulator–metal functional stack. The proposed structure …

The purpose of the present work is to study the nonlinear optical properties of the hybrid
nanostructure molecules consisting of a semiconductor quantum dot modelled as a two …

In this investigation, the far-field scattering of luminescent molecules doped inside a layer of
the plasmonic metallic nanoshells with and without the presence of an external point-like …

Artificially engineered solar absorbers, known as metamaterial solar absorbers (MSA), are
yielding new opportunities for designing new photons management systems. Furthermore …