Spurred by outstanding optical properties, chemical stability, and facile bioconjugation,
plasmonic metals have become the first-choice materials for optical signal transducers in …

In this work, we comprehensively review Mie resonator-based and nonlocal resonant
metasurfaces working in the reflection configuration for color printing applications, with …

Conventional optical diffusers, such as thick volume scatterers (Rayleigh scattering) or
microstructured surface scatterers (geometric scattering), lack the potential for on‐chip …

Metasurfaces, as two-dimensional (2-D) metamaterials, show great potentials in
electromagnetic wave manipulation. Here, an angular nondispersive transmission-type …

In this work, we present a multilayer film structure that utilizes optical resonance for
preparing extremely efficient and highly saturated red, green, and blue transmittance colors …

Structural-color nanoprinting, which can generate vivid colors with spatial resolution at
subwavelength level, possesses potential market in optical anticounterfeiting and …

A novel approach is proposed for generating reflective angle-insensitive structural colors
with high purity, high brightness, and a wide color gamut in an asymmetric Fabry-Perot …

Dynamic color adjustment technology has broad prospects in invisibility, anti-counterfeiting,
and display, and is an important research direction in structural color. This study investigates …

We propose a compact multilayer thin film color pixel and a method for efficient transmissive
color in the visible regime. When the angle of incidence (AOI) varies between 0° and 60° …

Optical metasurfaces are 2D arrangements of nanoparticles that enable abrupt modulation
of an impinging light wavefront within an ultra-thin surface. They are promising candidates to …