Structural colors resulting from the interference between incident light and structures are
ubiquitous in nature and daily life. In contrast to conventional chemical pigments and dyes …

Silicon nanostructure color has achieved unprecedented high printing resolution and larger
color gamut than sRGB. The exact color is determined by localized magnetic and electric …

Despite structural colors based on metasurfaces drawing enormous attentions due to the
high resolutions and superior durability, few researches focus on transmission colors in RGB …

Localized light matter interaction at a resonant nanostructure facilitates spectrally selective
transmission of light, which has led to demonstrations of ultrathin metasurface based optical …

Although structural colors based on nanostructures have attracted many researchers'
attentions due to their superior durability and high resolution, most previous reports focused …

Iterative numerical optimization is a ubiquitous tool to design optical nanostructures.
However, there can be a significant performance gap between the numerically simulated …

A dual distributed Bragg reflector (DBR)-based structure embedded with silver (Ag) layer is
proposed to demonstrate a transmissive color filter induced by the optical Tamm states …

An optical diode structure with two dislocated parallel metallic gratings is proposed and
investigated numerically. Dichroic optical diode transmission is realized in this structure, ie …

Metasurfaces, or two-dimensional arrays of subwavelength-scale structures, can exhibit
extraordinary optical properties. However, typical metasurfaces have a bumpy surface …

A dual distributed Bragg reflector (DBR)-based structure embedded with silver (Ag) layer is
proposed to demonstrate a transmissive color filter induced by the optical Tamm states …