Conventional metasurface holography is usually implemented in either transmission space
or reflection space. Herein, we show a dielectric metasurface that can simultaneously project …

Collimated flat-top beam shapers primarily consisting of freeform lenses have a wide range
of applications and pose challenges in terms of processing and integration when the …

Metalenses, which consist of subwavelength metasurfaces, have attracted attention due to
their more condensed dimension in comparison with conventional lenses. The limitations of …

Optical materials and devices designed based on traditional materials tend to be
monofunctional and cannot be dynamically changed according to application requirements …

Metasurfaces offer diverse wavefront control by manipulating amplitude, phase, and
polarization of light which is beneficial to design subwavelength scaled integrated photonic …

Metasurfaces have drawn considerable attention in manipulation of electromagnetic waves
due to their exotic subwavelength footprints. Regardless of immense progress of …

Metasurfaces, employed to simultaneously generate nanoprinting and holographic images,
have been extensively explored recently. Among them, multi-wavelength multiplexing in a …

Dynamic and independent amplitude and phase manipulation are the paramount demand
for many advanced wavefronts engineering applications. Currently, the coupling issue …

Abstract Metasurfaces, two-dimensional (2D) or quasi-2D arrays of dielectric or metallic
meta-atoms, offer a compact and novel platform to manipulate the amplitude, phase, and …

Metasurfaces possess the ability to manipulate wavefront of light at sub-wavelength scales,
enabling flexible multi-functional integrations, such as simultaneous nanoprinting and …