Plasmonics serves as a most outstanding feature of nanoparticle technology and is
nowadays used in numerous applications within imaging, sensing and energy harvesting …

In this article, we consider the theoretical underpinning of the coupled-dipole approximation
as it is used in the multiple scattering theory. Specific topics include the definitions of the …

We study theoretically and numerically bidimensional square gratings of monomers and
dimers of gold nanocylinders supported on a dielectric substrate, under plane wave …

We analyze in detail the energy transport of surface phonon polaritons propagating in a
chain of spheroidal polar nanoparticles with both longitudinal and transversal polarizations …

We present all the periodic Green function dyadics that enter a description of a 2D array of
emitters at the level that includes the electric dipole, magnetic dipole and electric …

We have studied light induced processes in nanocolloids and composite materials
containing ordered and disordered aggregates of plasmonic nanoparticles accompanied by …

We consider the dispersion relations of the optical excitations in a chain of silver
nanoparticles situated above a metal substrate and show that they are hybrid plasmon …

We develop a general theory for one-way optical guiding in magnetized periodic particle
arrays. Necessary conditions for noneven dispersion curves are derived and presented in …

We study numerically the discrete dispersion relations and waveguiding properties of
relatively short linear chains of spherical and spheroidal silver nanoparticles. Simulations …

We investigate spatiotemporal chaos dynamics in a finite nanoparticles array with Kerr-type
nonlinear response, excited by an incident plane wave of varying intensity and tunable …