Although the concept of chirality has its origin in chemistry, the field of photonics is actively
exploring and utilizing it. A new family of 2D chiral lattices constructed from fully achiral unit …

Lattice resonances are collective electromagnetic modes supported by periodic arrays of
metallic nanostructures. These excitations arise from the coherent multiple scattering …

In this work, we review the last attempts to use nanostructured materials for the
enhancement of the chiro-optical effects at the nanoscale. Starting from the numerical …

Abstract Three-dimensional (3D) imaging technology has demonstrated its ability to capture
spatial information beyond the capabilities of two-dimensional (2D) imaging, drawing …

Chirality, the lack of mirror symmetry, can be mimicked in nanophotonics and plasmonics by
breaking the symmetry in light-nanostructure interaction. Here we report on versatile use of …

Nanophotonics community has shown great interest in 2D materials because of their unique
properties of electromagnetic field manipulation. Many of these materials exhibit strong …

Engineering the chiroptical responses of artificial nanostructures is vital for realizing
applications in the fields of optical devices, enantioselective separation, and bio-sensing …

We investigate the chiral emission from non-chiral molecules coupled to metasurfaces with a
unit cell formed by dimers of detuned and displaced Si nanodisks. The detuning and …

As a class of all-dielectric metamaterials, elliptical metamaterials (EMMs) with elliptical iso-
frequency curves provide a lossless platform to manipulate light with unity efficiency. Herein …

Metasurfaces tailor electromagnetic confinement at the nanoscale and can be appropriately
designed for polarization-dependent light–matter interactions. Adding the asymmetry degree …