In this work, we study experimentally and theoretically the enhanced light absorption on a
supported random plasmonic monolayer made of gold nanospheres in a total internal …

In this paper, we compare three different models that have been used to interpret reflectivity
measurements of supported monolayers of nanoparticles. Two of them:(i) isotropic Maxwell …

In this work, we report large angle-independent transmission colors generated by all-
dielectric random metasurfaces. The results are based on an analytical model available …

We propose and investigate an alternative optical method to determine the thickness of
metallic nanofilms thinner than about 50 nm deposited on glass substrates. The method …

In this work, we investigate the generalized Brewster effect in random and periodic
metasurfaces, composed of identical spherical high-refractive-index nanoparticles. We …

A theoretical and experimental assessment of an optical technique for the rapid
quantification of the density of biological cells adsorbed on a flat surface, as well as for …

In this paper, we develop a detailed theoretical model for the optical reflectivity of a bio-
tissue film confined between two flat interfaces based on the anomalous-diffraction …

In this work, we propose and numerically investigate broadband antireflective random
metasurfaces. We demonstrate that a random monolayer of identical metallic subwavelength …

In this work, we present an analysis of light transmission of the Beer-Lambert Theory using a
multilayer skin model for oximetry applications that considers a system of different layers of …