On-chip optical devices and systems hold great promise for high-performance, versatile, and
practical display applications including augmented reality (AR). The recent innovation of …

On-chip integrated meta-optics could enable high-performance, lightweight, and compact
integrated photonic devices for augmented reality (AR). Despite previous endeavors in …

A gyroid crystal possesses a peculiar structural feature that can be conceptualized as a triply
periodic surface with a constant mean curvature of zero. The exotic optical properties such …

In optical devices like diffraction gratings and Fresnel lenses, light wavefront is engineered
through the structuring of device surface morphology, within thicknesses comparable to the …

Abstract Optical Fourier surfaces (OFSs), characterized by sinusoidally profiled diffractive
optical elements, can outperform traditional binary‐type counterparts by minimizing optical …

Holographic relief gratings can be fabricated directly on the surface of azobenzene-
containing materials (or simply azomaterials) without additional development steps. Despite …

Diffractive optical elements (DOE) are integral components for lightweight and ultra‐thin
optical elements due to their ability to manipulate light efficiently and accurately. However …

The diffraction of polychromatic light from periodic superficial structures is often responsible
for the structural colors observed in Nature. Similarly, engineered microtextures fabricated …

Abstract Optical Fourier surfaces (OFSs) are used for various applications, from diffractive
optics to augmented reality (AR). However, the current methods of fabricating OFSs primarily …

Holographic technologies have been envisioned as potentially impacting many areas of
everyday life, including science, entertainment, and healthcare, but their adoption is still at …