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

In this work, a silicon metasurface designed to support electromagnetically induced
transparency (EIT) based on quasi-bound states in the continuum (qBIC) is proposed and …

Nonlinear optics is an important area of photonics research for realizing active optical
functionalities such as light emission, frequency conversion, and ultrafast optical switching …

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 …

The propagation properties of Si-based all-dielectric metamaterials (ADMs) structures were
investigated systematically, taking into account the effects of structural parameters, operation …

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

We proposed and numerically investigated an analogue of electromagnetically induced
transparency (EIT) all-dielectric metasurface that features one asymmetric S-shaped silicon …

We numerically demonstrate that an electromagnetically induced transparent (EIT) all-
dielectric metamaterial with properties of polarization-independence and incident angle …

Considering the development of plasmon-induced transparency functional devices and the
research value of the atmospheric windows in many civilian and military applications, we …

Slow light technique has significant potential applications in many contemporary photonic
device developments for integrated all-optical circuit, such as buffers, regenerators, switches …