Metasurface holographic encryption, as an emerging and highly promising technique,
presents the advantages of multi‐dimension and high security and consequently provides a …

Metagratings are promising devices in various applications for their characteristics of simple
structure, large steering angle, high efficiency, and multiband functionality. In this letter, we …

Metagratings are promising candidates for extreme-angle beam manipulation, due to two
main features, namely, the ability to maintain very high efficiency in beam manipulation at …

Metasurfaces have attracted progressive attention as 2D metamaterials in recent years. Due
to the ability to manipulate the phase, amplitude, and polarization of electromagnetic waves …

Metagratings with zero load impedance are proposed to achieve efficient beam splitting.
Different from previously proposed metagratings that require specific capacitive and/or …

The development of new advanced functionalities, miniaturization, and the aim of obtaining
optimized performance in electronic devices significantly impacts their electromagnetic …

This article proposes a design of anisotropic metagratings (MGs) with a polarization-
selective layer (PSL) to enable anomalous wide-angle reflection with polarization …

In this paper, we present a methodology to design symmetric and asymmetric beam splitting
with arbitrary angle from transmissive-type metagratings. The metagratings consist of five …

This work presents a realistic simple printed circuit board typed metagrating structure to
achieve near-unity efficiency for dual-polarization anomalous reflection. The proposed …

Compared to traditional metasurfaces, metagratings have demonstrated pronounced
advantages in efficient wavefront manipulation in recent years. These advantages primarily …