With the development of artificial intelligence, neural network provides unique opportunities
for holography, such as high fidelity and dynamic calculation. How to obtain real 3D scene …

Computer-generated holography is a promising technique that modulates user-defined
wavefronts with digital holograms. Computing appropriate holograms with faithful …

As a high-degree-of-freedom approach to manipulate the electromagnetic wave,
metasurfaces are widely used in high-capacity information technology. Extensive …

The inter-plane crosstalk and limited axial resolution are two key points that hinder the
performance of three-dimensional (3D) holograms. The state-of-the-art methods rely on …

Nanoscale optical sensing plays a crucial role in achieving high‐precision non‐contact
distance and displacement measurements. As one of the promising alternatives, structured …

Recently, the 360° display of cylindrical holography has garnered significant attention.
However, existing studies have been limited to concentric cylindrical surfaces with equal …

Vectorial holography technology plays a fundamental role by exploring the vectorial nature
of light and enriches disruptive applications in optical encryption, display, and manipulation …

Metasurface‐based holography provides tremendous advances in multi‐dimensional
detection, super‐resolution imaging, and cryptography applications. Current mainstream …

Computer-generated hologram based holographic 3D display is an important development
direction of holographic 3D display. However, the heavy amount of calculation affects the …

Augmented reality (AR) 3D display has attracted great interest in its ability to merge virtual
3D objects with physical scenes naturally without the aid of a wearable device. Here we …