Hyperuniform versus Poisson Distributions in Random Metasurfaces at Infrared Wavelengths
Abstract
In this communication, we compare the relevance of two kinds of random distributions of Metal Isolant Metal (MIM) resonators describing a metasurface for extinction of an
impinging incident signal at infrared wavelengths. The patterns are generated by home-made codes prior to numerical simulations by means of commercial finite element software. Experimental characterizations are conducted by means of reflection dark-field pump-probe spectroscopy.