Since the first demonstration, remarkable progress has been made in the theoretical
analysis, structural design, numerical simulation, and potential applications of metamaterial …

Surface plasmons generated at the graphene dielectric interface can be altered by trapping
the electric charge. A technique is implemented for trapping the bipolar electric charge on …

A technique is implemented for altering the multimodal resonance generated in an ultrathin
silicon ring resonator-based terahertz (THz) absorber. The absorber provides the dual-band …

Designing broadband absorbers with only one metamaterial layer operating in the terahertz
band is a relatively difficult challenge. In this paper, we proposed and investigate a …

In this paper, we present and investigate a multi-band metamaterial perfect absorber based
on the heterogeneous structure of graphene with Cu and SiO2 substrates. The top layer of …

We have numerically demonstrated a tunable broadband metamaterial absorber (MA) by
introducing a graphene pattern and a gold disk, of which the bandwidth is up to 3.4 THz …

A metamaterial dual-band absorber (DBA) is designed based on a dual-ridge array with
graphene. The proposed structure is capable of achieving perfect absorption at 1130 nm …

A polarization-insensitive and absorption-tunable ultra-broadband terahertz metamaterial
absorbers based on multiple split resonance rings (SRRs) are designed. The single-layer …

In this paper, we propose a tunable graphene metamaterial absorber (TGMA) as a
bifunctional terahertz sensor. The TGMA can excite one peak with a maximum absorption of …

With the assistance of deep neural networks, a bifunctional metasurface (MS) was designed
and optimized, ie, a broadband absorber and a broadband polarization converter. The MS …