Metasurfaces containing arrays of thermally tunable metal-free (double-) split-ring meta-
atoms and metal-free grids made of vanadium dioxide (VO 2), a phase-change material can …

The interest in dynamic modulation of light by ultra-thin materials exhibiting insulator–metal
phase transition, such as VO_2, has rapidly grown due to the myriad industrial applications …

Phase-transition materials provide exciting opportunities for controlling optical properties of
photonic devices dynamically. Here, we systematically investigate the infrared emission from …

Reconfigurable light absorbers have attracted much attention by providing additional optical
responses and expanding the number of degrees of freedom in security applications. Fabry …

The absorption behaviors of a photonic nonlinear (NL) Kerr multilayer doped by a 30 nm-Ge
2 Sb 2 Te 5 (GST) absorbing film are investigated theoretically in the near-infrared region …

Obtaining functional devices with tunable features is beneficial to advance terahertz (THz)
science and technology. Here, we propose multifunctional gradient metasurfaces that are …

We conceptualized three-array scalable bifunctional metasurfaces comprising only three
thin strip grids and numerically determined their characteristics in the mid-infrared spectral …

We present a modeling framework for metasurfaces illuminated by a plane wave based on
the Generalized Sheet Transition Conditions (GSTCs). This framework describes how …

Monotonous thermal radiation emitted from an ordinary object can be brought into a
dynamic and versatile form that can be shaped according to the application area with the …

Metamaterial structure‐based terahertz absorbers all are passive, once the preparation is
complete, their absorption properties are also determined unable to adapt to the …