Dual plasmon-induced transparency (PIT) and plasmon-induced absorption (PIA) are
simultaneously achieved in an integrated metamaterial composed of single layer of …

A novel multilayer terahertz metamaterial composed of double rectangle, vertical single
rectangle, vertical double rectangle and single rectangle graphene layer is proposed. The …

This study proposes a graphene metamaterial desensitized to the polarized angle to
produce tunable quadruple plasmon-induced transparency (PIT). As a tool employed to …

It is necessary to explore new mechanisms of plasmon-induced transparency (PIT) formation
to achieve high-performance optical multifunction devices. Here, we introduced a symmetry …

A multilayer patterned graphene metamaterial composed of rectangular graphene, square
graphene, and X-shaped graphene is proposed to achieve dual plasmon-induced …

A terahertz-band metamaterial composed of multilayer patterned graphene is proposed and
triple plasmon-induced transparency is excited by coupling three bright modes with one dark …

A silicon-graphene-silica periodic graphene metamaterial, comprising of a graphene-strip,
graphene-block, and graphene-ribbon, is proposed to realize dynamic triple plasmon …

High-sensitivity sensing based on plasmon-induced transparency (PIT) in a rectangular
resonator has been investigated in detail. Multimode theory is introduced to explain the …

Plasmon-induced transparency (PIT) and plasmon-induced reflectance (PIR) are explored in
a patterned graphene metamaterial using finite-difference time-domain numerical …

Sensing characteristics based on Fano resonance in a rectangular ring resonator with a stub
are investigated numerically. Simulation results show that a sharp and asymmetric Fano-line …