We show theoretically that self-assembled metamaterial suspensions of magnetoplasmonic
entities in the form of magnetic-nanoparticle helices coiled around plasmonic (gold) …

Multicolour photochromic behaviour in light-sensitive Ag–AgCl and Ag–AgI thin films at room
temperature was investigated and compared. Although it seemed that the Ag–Ag halide thin …

Holographic silver nanogratings on the surface and within the volume, which have
significant potential for data storage applications, are generated in silver chloride (AgCl) …

Silver nanogratings are anisotropic plasmonic nanostructures with potential application in
optical components due to their large birefringence and dichroism. We induced linear …

Irradiation of photosensitive thin films results in the nanostructures formation in the
interaction area. Here, we investigate how the formation of nanostructures in photosensitive …

We study the formation of periodic nanostructures on Ag-AgCl thin films by irradiating s-
polarized laser beams at different incident angles. A theoretical model is proposed to …

We show theoretically that photonic crystals consisting of colloidal spheres exhibit
unidirectional wave propagation and one-way frequency band gaps without breaking time …

We study the magneto-optical response of planar clusters of hollow silver nanoparticles. We
use the coupled-dipole equations to describe the interaction of the electromagnetic wave …

In the present work, the enhancement of photoinduced optical activity in a photosensitive
nanolayer of AgCl doped by Ag nanoparticles, using bi-periodic crisscrossed self-organized …

We have induced anisotropy in AgCl thin film, which is loaded by silver nanoparticles, by
irradiating a single low power laser beam at wavelength 532 nm. The induced anisotropy in …