We introduced a tunable terahertz broadband absorber with near-unity absorption based on
a graphene metamaterial. A periodic array of star-shaped ring graphene resonators along …

Graphene absorbers have attracted wide attention due to their high absorption rate and
narrow bandwidth in the terahertz field. In this study, we proposed a dual-band terahertz …

A dual-band graphene tunable terahertz metamaterial absorber is designed and numerically
analyzed in this paper. The tunable absorber consists of two sizes of graphene square rings …

A broadband terahertz (THz) absorber, based on a graphene metasurface, which consists of
a layer of ring-porous patterned structure array and a metallic mirror separated by an …

In this paper, we investigate the absorption characteristic of the graphene-stack-based
metamaterial absorber at the lower terahertz frequency range for the ultrathin and …

A broadband graphene-based tunable terahertz metamaterial absorber is achieved by
constructing a two-layer graphene microstructures, and detailed numerical and theoretical …

In this paper, a dual broadband terahertz (THz) graphene metamaterial absorber (MA) is
presented. The absorber consists of patterned graphene, a gating layer, and gold ground …

In order to overcome the limitations exhibited by traditional absorbers in electromagnetic
wave absorption, such as the extremely narrow absorption bandwidth and uncontrollable …

Graphene is widely used in tunable photonic devices due to its numerous exotic and
exceptional properties that are not found in conventional materials, such as high electron …

We propose and numerically demonstrate an ultra-broadband graphene-based
metamaterial absorber, which consists of multi-layer graphene/dielectric on the SiO 2 layer …