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 …

Simultaneously independent control of phase, amplitude, and polarization is pivotal yet
challenging for manipulating electromagnetic waves by transmissive metasurfaces …

The fruitful progress toward light manipulation in reflective (R) or transmissive (T) geometry
(half‐space) has facilitated strong aspiration towards full‐space wave control. Although R–T …

Achieving simultaneous polarization and wavefront control, especially circular polarization
with the auxiliary degree of freedom of light and spin angular momentum, is of fundamental …

Controlling light with a thin flat device is highly desirable in modern optics. A particular
prospect in this area is a metasurface that independently shows distinct functionalities for …

We report the design, fabrication, and measurement of an ultra-broadband wide-angle
reflective cross-polarization convertor using the compact H-shaped metasurface. The …

Achieving kaleidoscopic wavefront controls with a thin flat plate is pivotal for increasing data
capacity yet still challenging in integrated optics. An anisotropic metasurface provides an …

Printing image based on metasurface has attracted enormous research interests due to its
subwavelength resolution, full‐color printing, and durable properties. Based on the spatially …

Conventional metasurfaces based on geometric phase are constrained to spin‐locked
phase profile, resulting in mirrored functionalities for different spins. A single flat device that …

In this paper, we present a method to automate the design of an efficient metasurface, which
widens the bandwidth of the substrate. This strategy maximizes the potential of the substrate …