Chiral Cavities Made from Lattices of Highly Electromagnetically-Chiral Scatterers

Chiral cavities are required to harness light–matter interactions for the optical control of chirality, especially in molecular processes. We computationally study chiral cavities assembled from metasurface mirrors featuring optimized electromagnetically-chiral scatterers. Our aim is to provide the necessary environment for applications such as maximizing enantioselective effects for chiral molecules.