We investigate the plasmon-induced transparency (PIT) and slow-light properties in a
plasmonic single-mode and two-mode resonators coupled system. The bare-state PIT effect …

We proposed a dual coupled-resonator system based on the metal-insulator-metal bus
waveguide and numerically investigated the plasmon-induced transparency and slow light …

We report a theoretical and numerical investigation of the plasmon-induced transparency
(PIT) effect in a dual-ring resonator-coupled metal–dielectric–metal waveguide system. A …

The plasmon-induced transparency (PIT) realized in the coupled plasmonic resonators
which are composed of the compact and detuned cavities is studied. By using the finite …

Slow and fast light effects have many potential applications. In this paper, slow and fast light
were obtained synchronously based on plasmon-induced transparency (PIT) and plasmon …

We have numerically investigated an analog of electromagnetically induced transparency
(EIT) in a metal-dielectric-metal (MDM) waveguide bend. The geometry consists of two …

The plasmon-induced transparency (PIT) in ring-resonators coupled channel drop filter
(CDF) systems is investigated theoretically and numerically in this paper. A coupled mode …

Plasmon-induced transparency (PIT) effect is an important optical phenomenon in
plasmonic structures. In this paper, we design a plasmonic structure to realize the …

We introduce a novel two-oscillator model with damping factor to describe the plasmon
induced transparency (PIT) in a bright-dark model plasmonic waveguide system. The …

Slow light devices with buffering capability play a critical role in all-optical signal processing.
In this paper, multiple slow light phenomena are implemented based on plasmon-induced …