We report on the coupled plasmon resonances in a monolayer consisting of metal or
metallodielectric nanoparticles with the dipole and quadrupole single-particle resonances …

Eu3+-WO3 nanoparticles were successfully prepared by the modified method of Pechini.
The prepared samples were characterized by X-ray diffraction (XRD), transmission electron …

Over the last few decades, dielectric core and metallic plasmonic shell (Die@ Me)
nanoparticles have found a wide variety of applications. The trend to reduce the thickness of …

Light absorption efficiencies (defined as the ratio of the absorption cross section to the total
extinction cross section at each resonance wavelength) of gold nanodisk and nanorod were …

We analyze the enhancement of the rates of both the emission and the far field radiation for
dipoles placed in the gap between a metallic nanorod, or nanosphere, and a metallic …

We present the study of a spectral-domain near-field-to-far-field (NFTFF) transformation,
taking into account an interface in the vicinity of a particle. This technique is associated with …

The optical property of nanosized metallic particles is unique and size-dependent, which
cause color variation. In this work, the relationship between diameter and refractive index of …

Coherent acoustic oscillations in Bi and Ag nanowire samples were studied with a
femtosecond pump-probe technique and detection of the scattered light. The observed …

The discrete sources method has been extended to analyze the scattering behavior of a
cylindrical nanohole in a noble-metal film deposited on a glass prism. The dependence of …

We determine how to alter the properties of the quantum vacuum at ultraviolet wavelengths
to simultaneously enhance the spontaneous transition rates and the far field detection rate of …