In this paper, we experimentally demonstrate ultrafast optical control of slow light in the
terahertz (THz) range by combining the electromagnetically induced transparency (EIT) …

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 …

A graphene metamaterial based on polarization-insensitive plasmon-induced transparency
(PIT) in the terahertz region is theoretically presented. The graphene metamaterial …

In this paper, two parallel graphene strip structures are adopted to achieve tunable plasma-
induced transparency (PIT) sensors in the terahertz band. Both graphene bands act as …

A terahertz metamaterial with switching characteristics from optical buffering to absorbing
performance is realized by incorporating a phase-change film of vanadium dioxide. By …

We theoretically propose a compound metasurface structure consisting of a patterned black
phosphorus (BP) sheet sandwiched by dielectrics, which can achieve a tunable plasmon …

In this paper, we designed a multi-layer borophene-based nanoribbons metasurface and
achieved a dynamically tunable plasmon-induced transparency (PIT) effect. The numerical …

A coupled dielectric-metal metasurface (CDMM) filter consisting of amorphous silicon (a-Si)
rings and subwavelength holes in Au layer separated by a SiO_2 layer is presented. The …

In this work, we investigate dynamically dual-tunable dual-band, triple-band, and four-band
metamaterial absorbers (MAs) based on a bulk Dirac semimetal (BDS) and vanadium …

In this article, nanoscale integrated logic gates and a refractive index sensor both based on
the tunable plasmon induced absorption (PIA) effect are proposed and investigated by …