Optical properties of a metasurface based on silicon nanocylinders in a hybrid Anapole state.

In this work, using the numerical simulation in the COMSOL Multiphysic package, we studied the optical properties of the hybrid anapole state in silicon nanocylinders and their metasurfaces. Our investigations show the possibility of creating invisible metasurfaces consisting of silicon cylinders based on the novel state. These results can be used in various fields of nanophotonics and may have important outcome in the development of various sensors and other photonic devices. [ABSTRACT FROM AUTHOR]