Title: Light scattering at dielectric metasurfaces.
Authors: Sinelnik, A.; Samusev, K.; Lukashenko, S.; Kivshar, Yu.; Limonov, M.; Rybin, M.
Abstract: 'Photonic graphene' structures-submicron two-dimensional dielectric structures with a honeycomb lattice- are fabricated by laser lithography. The transition from the regime of light scattering by a metasurface to that of Laue diffraction at a two-dimensional photonic structure in the optical range is studied experimentally and theoretically. The optical diffraction patterns make it possible to determine the number of unit cells in a finite microstructured sample with the naked eye.
Subjects: LASER lithotripsy; GRAPHENE synthesis; OPTICAL diffraction; MICROFABRICATION; MICROSTRUCTURE; LIGHT scattering
Publication: JETP Letters, 2017, Vol 105, Issue 6, p352
ISSN: 0021-3640
Publication type: Academic Journal
DOI: 10.1134/S0021364017060133

Light scattering at dielectric metasurfaces.

Sinelnik, A.; Samusev, K.; Lukashenko, S.; Kivshar, Yu.; Limonov, M.; Rybin, M.