Latest News

Prof. Vincenzo Galdi has delivered a lecture on “Perspectives on space-time coding digital metasurfaces” at the EsOA Course on Reconfigurable Intelligent Surfaces for Smart Radio Environment, Siena, Italy, June 6-12, 2022.

Our review paper on “Digital coding metasurfaces: from theory to applications,” in collaboration with Tie Jun Cui’s Group (Southeast University), has been bublished in the IEEE Antennas and Propagation Magazine.

Our paper on “Short-pulsed metamaterials,” in collaboration with Carlo Rizza (University of l’Aquila), has been accepted for publication in Physical Review Letters. An arXiv preprint is available.

Our review paper on “Digital coding metasurfaces: from theory to applications,” in collaboration with Tie Jun Cui’s Group (Southeast University), has been accepted for publication in the IEEE Antennas and Propagation Magazine.

Our paper on “Nonlocal effects in temporal metamaterials,” in collaboration with Carlo Rizza (University of l’Aquila), has been published in Nanophotonics.

Our paper on “Nonlocal effects in temporal metamaterials,” in collaboration with Carlo Rizza (University of l’Aquila), has been accepted for publication in Nanophotonics. An arXiv preprint is available.

Prof. Vincenzo Galdi has been elected an Optica Fellow for “outstanding and sustained contributions to modeling wave interaction with artificially engineered materials, including nonlocal, non-Hermitian, multiphysics, and time-varying scenarios”.

Our paper on “Synthesizing quasi-bound states in the continuum in epsilon-near-zero layered materials” has been published in Applied Physics Letters as an Editors’ Pick.

Our paper on “Synthesizing quasi-bound states in the continuum in epsilon-near-zero layered materials” has been accepted for publication in Applied Physics Letters. An arXiv preprint is available.

Our paper on “Simultaneous conversion of polarization and frequency via time-division-multiplexing metasurfaces,” in collaboration with Tie Jun Cui’s Group (Southeast University), has been published Advanced Optical Materials.