In recent years, metasurfaces have attracted considerable interest for their unprecedented
capabilities to manipulate intensity, phase, and polarization of an electromagnetic wave …

Thanks to switchable wavefronts, design methods of diverse functions are greatly enriched.
However, less attention has been paid to multichannel switchable orbital angular …

In this paper, we proposed an all-metal metasurface that enables circular polarization (CP)
conversion and wavefront manipulation of the both transmitted and reflected terahertz (THz) …

A thermally switchable ultrathin terahertz (THz) metal-free electromagnetic shield can be
developed with the help of phase change material, vanadium oxide (VO 2). The thermal …

This work experimentally demonstrates the highly-efficient geometric and propagation
metasurfaces for vortex beam emissions. These metasurfaces are respectively composed of …

As a novel phase change material, germanium antimony telluride (Ge3Sb2Te6) possesses
the potential in the field of metasurface to dynamically manipulate wavefront and …

In recent years, vanadium dioxide (VO 2) has drawn enormous attention in dynamic
electromagnetic (EM) manipulation, owing to its mild phase change condition and prominent …

Terahertz technology, III-V group semiconductor devices, and graphene have great potential
for broad applications in 6 G wireless communications. A novel digital terahertz device with …

We designed and characterized a chiral metamaterial circularly polarized strong circular
dichroism absorber with dynamic tuning capabilities using graphene. The synergistic …

Catenary optics, as a new development object in the field of subwavelength optics, has been
paid close attention and studied by scientists since it was proposed. As a two-dimensional …