In this paper, we proposed a three-band active adjustable perfect absorber, the whole
structure is Au-SiO 2-Graphene from bottom to top, and the absorber designed shows …

In this paper, quintuple Fano resonances are produced and numerically analyzed based on
a plasmonic resonator system. The system is composed of an optical metal–insulator–metal …

In this paper, a TM polarization multi-band absorber is achieved in a graphene–Ag
asymmetrical grating structure. The proposed absorber can achieve perfect absorption at …

In this paper, we have proposed a graphene-based tunable plasmonic sensor in the far-
infrared region. Our structure consists of patterned graphene disks on a SiO 2 gap dielectric …

In this paper, tunable double plasmon-induced transparency (PIT) is achieved in a
monolayer-patterned graphene structure. The proposed structure is composed of a middle …

A graphene-based metamaterial structure, consisting of a graphene strip (GS) and a L-
shaped graphene-rectangular block (GRB), is proposed to generate the plasmon-induced …

Enhancing light-matter interaction is crucial for boosting the performance of nanophotonic
devices, which can be achieved via plasmon-induced transparency (PIT). This study …

In this paper, a triple-band absorber based on a rectangular split ring resonator and cross-
shape graphene structure is achieved. The proposed absorber can achieve perfect …

Plasmon-induced transparency (PIT) is theoretically explored for a graphene metamaterial
using finite-difference time-domain numerical simulations and coupled-mode-theory …

This study proposes a simulation-based design for a Silicon-On-Insulator (SOI) ring
resonator with a Figure of Merit (FOM) of 56.15 and a high sensitivity of up to 730 nm/RIU …