The first random phase CGH method that simultaneously achieves real-time performance, high image quality, and true volumetric 3D.

Binary metasurface designed for computer generated holography to impose the same π phase step for all three primary wavelengths.

Decouples geometry and appearance through a hybrid representation of surfels and a global neural field to deliver high-quality 3D rendering with up to 31x fewer primitives and double the speed of Gaussian splatting.

Introduces the Rayleigh Distance, a metric quantifying phase randomness, to generate artifact-resilient holograms in optimization-based methods, such as training real-time phase retrieval networks.

Novel method for full-color single-shot holography to reconstruct full-color holograms with a single phase pattern. Results are validated in both simulation and experiment.