In this paper, an active dual-control electromagnetically induced transparency (EIT) analog
is realized by using vanadium dioxide (VO 2) metasurface on a sapphire substrate. The unit …

In this paper, we have proposed a monolayer graphene metasurface to achieve excellent
functions of optical filter, slow light, optical switcher which results from the plasmon induced …

A dynamically tunable plasmon induced transparency planar structure with double layers
hollow-cross graphene array is proposed in this paper. Due to energy oscillating back and …

A tunable multiple band THz metamaterial perfect absorber (MPA) is proposed and
investigated numerically, which is believed to be applicable for both temperature and …

A T-type silicon-based metamaterial is proposed, which realizes electromagnetically
induced transparency (EIT) by using the asymmetry of its structure. This dielectric …

A distinct plasmon-induced transparency (PIT) window has been realized in our novel
design of|+|-shaped graphene metamaterials, which consist of two identical graphene strips …

The development of new and simple surface-enhanced substrates is primarily motivated by
the ability to design and investigate the plasmonic structures to achieve the optimal …

Tunable plasmon included transparency (PIT) and multispectral transparency in the THz
region have been achieved with graphene metamaterials, which consist of four graphene …

We put forward an uncomplicated and novel graphene structure, which produces single and
dual dynamic tunable plasmon induced transparency (PIT) in terahertz frequency through …

A tunable three-band absorber has been proposed and investigated in the terahertz (THz)
with graphene strips. Three perfect absorption is elaborately analyzed with the electrical …