Hyperuniform Disordered Polarisers for the Mid-Infrared

Hyperuniform Disordered Solids with Morphology Engineering

“…Moreover, HUDS devices can support wider PBGs with superior features, such as polarization independence to the top incident light, [12,20] compact device footprints, [21] and temperature insensitivity. [22] To date, photonic devices based on HUDS have been explored for the development of waveguides, [23][24][25] cavities, [23,26] polarizers, [21,27,28] stealthy devices, [29,30] and lasers. [31] To improve the PBGs and light confinement features of HUDS, several methods have been developed in the past few years, namely, the point distribution optimization method [12,32] and the structure coefficient optimization method.…”

“…Moreover, HUDS devices can support wider PBGs with superior features, such as polarization independence to the top incident light, [ 12,20 ] compact device footprints, [ 21 ] and temperature insensitivity. [ 22 ] To date, photonic devices based on HUDS have been explored for the development of waveguides, [ 23–25 ] cavities, [ 23,26 ] polarizers, [ 21,27,28 ] stealthy devices, [ 29,30 ] and lasers. [ 31 ]…”