Advances in the field of metasurfaces require simulation of large-scale metasurfaces that
extend over many light wavelengths. Adopting standard numerical methods leads to models …

Gated tunable materials-based devices have proven efficient structures to dynamically
control quantum emitters'(QEs) photonic density of states. The active permittivity control …

Understanding resonant coupling in plasmonic nanoassemblies is a challenging scientific
endeavor, especially for particles with complex nanoarchitectures. Our ability to both model …

The influence of a dielectric shell on metallic spherical nanoparticles [core-shell
nanoparticles (CSNps)] in the resonant modal response of a surface plasmon resonance …

Bu makalede, katmanlı dielektrik ortamlara gömülü, üç boyutlu (3B), elektromanyetik (EM)
dalgaların geçebildiǧi objelerden oluşan çok katmanlı ikili periyodik dizilerden saçılan EM …

An efficient surface integral equation-based method is proposed for the analysis of
electromagnetic scattering from multilayered media containing complex periodic inclusions …

Neste trabalho é apresentada a modelagem eletromagnética tridimensional de um arranjo
periódico planar de nanodipolos operando em frequência óptica sobre um plano de ouro …

Harnessing electromagnetic and thermal interactions among single and coupled metal
nanoparticle systems creates opportunities to advance scientific endeavors and enhance …

Este artigo apresenta uma análise do coeficiente de reflexão de um exemplo de célula
fotovoltaica de filme fino. O problema consiste de uma estrutura multicamadas, onde foram …

The goal of this paper is to present a computational scheme to accurately and efficiently
characterize the interactions between optical waves and clusters of metamaterials …