Study of the Properties of Selectively Transparent Metasurfaces Tunable Through External Control of the Properties of 2D Materials
摘要
Dielectric nanophotonics is advancing at incredible speed, particularly with the potential to create a variety of photonic applications to control radiation at the nanoscale. A promising direction in this area is tunable metasurfaces controlled by the environment. In this work, we studied the possibility of creating a selectively transparent metasurface in a hybrid anapole state, controlled by 2D materials with the help of different methods.