Two-dimensional wide-bandgap materials for integrated quantum photonics

Abstract

Significant developments in material science and nanotechnology have empowered the creation and control of quantum entities in solid-state platforms. This talk focuses on the latest progress in controlling the quantum states of light-matter interactions in two-dimensional widebandgap materials, including hexagonal boron nitride and lead halide perovskite, and their potential applications in integrated quantum photonics.