International audienceA novel all-metal graded index Gutman lens is proposed. It exploits an interleaved metasurface unit-cell with glide symmetry that can provide high values of equivalent refractive index with low frequency dispersion. The result is a compact lens with broadband performance and a wide held of view up to +/- 70 degrees. The proposed lens exhibits low loss, directive beams and is an appealing candidate for space applications. The design approach introduced can be applied to other graded index lenses with circular symmetry using rectangular or circular periodic structures. (C) 2020 Optical Society of America under the terms of the OSA Open Access Publishing Agreemen
This work reports the application of higher symmetries to the design of a Reflecting Luneburg Lens (...
This work reports the application of higher symmetries to the design of a Reflecting Luneburg Lens (...
This work reports the application of higher symmetries to the design of a Reflecting Luneburg Lens (...
International audienceA novel all-metal graded index Gutman lens is proposed. It exploits an interle...
International audienceA novel all-metal graded index Gutman lens is proposed. It exploits an interle...
International audienceA novel all-metal graded index Gutman lens is proposed. It exploits an interle...
International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel pla...
International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel pla...
International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel pla...
International audienceThis work reports the application of higher symmetries to the design of a Refl...
International audienceThis work reports the application of higher symmetries to the design of a Refl...
International audienceThis work reports the application of higher symmetries to the design of a Refl...
International audienceThis work reports the application of higher symmetries to the design of a Refl...
A low-profile pneumatically switchable graded index metamaterial lens operating at 9 GHz is proposed...
The authors introduce two flat graded-index (GRIN) lens designs in this study. First of these is a t...
This work reports the application of higher symmetries to the design of a Reflecting Luneburg Lens (...
This work reports the application of higher symmetries to the design of a Reflecting Luneburg Lens (...
This work reports the application of higher symmetries to the design of a Reflecting Luneburg Lens (...
International audienceA novel all-metal graded index Gutman lens is proposed. It exploits an interle...
International audienceA novel all-metal graded index Gutman lens is proposed. It exploits an interle...
International audienceA novel all-metal graded index Gutman lens is proposed. It exploits an interle...
International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel pla...
International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel pla...
International audienceThe present work introduces an all-metal Gutman lens antenna in a parallel pla...
International audienceThis work reports the application of higher symmetries to the design of a Refl...
International audienceThis work reports the application of higher symmetries to the design of a Refl...
International audienceThis work reports the application of higher symmetries to the design of a Refl...
International audienceThis work reports the application of higher symmetries to the design of a Refl...
A low-profile pneumatically switchable graded index metamaterial lens operating at 9 GHz is proposed...
The authors introduce two flat graded-index (GRIN) lens designs in this study. First of these is a t...
This work reports the application of higher symmetries to the design of a Reflecting Luneburg Lens (...
This work reports the application of higher symmetries to the design of a Reflecting Luneburg Lens (...
This work reports the application of higher symmetries to the design of a Reflecting Luneburg Lens (...