Metasurfaces are planar photonic elements composed of subwavelength nanostructures,
which can deeply interact with light and exploit new degrees of freedom (DOF) to manipulate …

Metasurfaces, 2D artificial arrays of subwavelength elements, have attracted great interest
from the optical scientific community in recent years because they provide versatile …

Infrared metasurface, especially that having a working range covering wavelengths from
0.75 to 25 μm, has been exploited as a revolutionary tool to manipulate the properties of …

Dynamic polarization control of light is essential for numerous applications ranging from
enhanced imaging to material characterization and identification. We present a …

Relative to conventional phase‐modulation optical elements, metasurfaces (ie, 2D versions
of metamaterials) have shown novel optical phenomena and promising functionalities with …

Fourier optics, the principle of using Fourier transformation to understand the functionalities
of optical elements, lies at the heart of modern optics, and it has been widely applied to …

Artificial microstructures, which allow us to control and change the properties of wave fields
through changing the geometrical parameters and the arrangements of microstructures …

Control of optical polarization is central to harnessing the properties of electromagnetic
radiation for many applications, including 3D imaging and quantum computation. However …

Recently, metasurfaces have arisen as next‐generation optics with various merits, such as
being ultrathin and lightweight with multi‐function integration. Numerous applications of …

The mechanism of Cooper pair formation and its underlying physics has long occupied the
investigation into high temperature (high‐Tc) cuprate superconductors. One of the ways to …