Bound states in the continuum (BICs) are widely studied for their ability to confine light,
produce sharp resonances for sensing applications and serve as avenues for lasing action …

We present a straightforward metamaterial structure based on a graphene monolayer, which
comprises a single graphene block and two graphene strips. This innovative design enables …

Slow light effect plays a crucial role in both optical physics and devices. Herein, we explore
the possibility to achieve ultraslow light effect based on the quasibound states in the …

Dynamical tunable plasmon-induced transparency (PIT) possesses the unique
characteristics of controlling light propagation states, which promises numerous potential …

A high-transmission and large group delay terahertz triple-band electromagnetically induced
transparency (EIT) effect is obtained in a metal-perovskite hybrid metasurface, which …

The independent tunability of the electromagnetically induced transparent (EIT) effect is
highly desirable for multifunctional THz devices like polarization switching, modulators …

Recently, skyrmions are constructed in the system of localized spoof surface plasmons
(LSSPs), showing topological robustness and near‐equidistant multi‐resonant response …

We report a novel type of electromagnetically induced transparency (EIT) analogue based
on metamaterials (MMs) with hybrid structures, in which spiral and cut-wire structures serve …

In a system of C 2 symmetry, symmetry-protected bound states in the continuum (SP-BICs)
exist with a continuous spectrum of radiating waves that can carry energy away and enable …

The intriguing properties of the toroidal mode (TM) resonance can potentially promote a low-
loss light–matter interaction. This study proposes an electromagnetically induced …