Pseudospin plays a central role in many novel physical properties of graphene and other
artificial systems which have pseudospins of 1/2. Here we show that in certain photonic …

We propose and report on the design of a 1-D metallo-dielectric nano-grating on a GaAs
substrate. We numerically study the impact of grating period, slit and wire widths, and …

Dynamically reconfigurable nanoscale tuning of visible light properties is one of the ultimate
goals both in the academic field of nanophotonics and the optics industry demanding …

We report the optical properties obtained through experiments, simulation, and theory of
ultrathin (< 0.1 λ), amorphous Si nanopillar arrays embedded in a thin film of SiO2 designed …

The need for miniaturized biological sensors which can be easily integrated into medical
needles and catheters for in vivo liquid biopsies with ever-increasing performances has …

Optical properties of two-dimensional (2D) high-contrast gratings are investigated. We
analyze the mechanisms for high-contrast gratings to function as various high-performance …

High-index dielectric nanoparticles can support strong localized Mie scattering resonances
of both electric-and magnetic-dipole character. Compared to the plasmonic excitations of …

We study the diffraction of acoustic waves by thin grating with varying slit width. Using quasi-
periodic homogenization, we derive an effective model in which the grating is replaced by …

Anomalous optical response of the metasurface, fabricated from regular silicon resonators is
investigated. The resonators have form of two-dimensional regular bars that are covered by …

This article presents full-spectrum, well-conditioned, Green-function methodologies for
evaluation of scattering by general periodic structures, which remains applicable on a set of …