NVIDIA has unveiled a new patent application titled 'Backlight-free Augmented Reality Using Digital Holographic Technology', which aims to transform the landscape of augmented reality (AR) glasses.

This innovative technology moves away from traditional backlight systems, leveraging digital holography to address display challenges in bright outdoor environments.

Key components of the patent include self-interference holography for intelligent light control, a deep learning-based neural network control system, and dual-viewpoint stereoscopic displays for enhanced immersion.

In a collaborative effort with Stanford University, NVIDIA has been working on improving holographic AR displays through AI-driven algorithms, resulting in ultra-thin glasses that measure just 2.5 mm.

The ongoing advancements in holographic technology are anticipated to yield significant innovations across various sectors in the future.

The integration of holographic technology with virtual and augmented reality is expected to improve user experiences and stimulate growth in related industries, including optical components and software.

WiMi Hologram Cloud Inc. is heavily investing in holographic technology, utilizing it as a key driver for future development and enhancing virtual content interactivity through 5G.

Their implementation of 5G combined with holographic and AR technology creates immersive experiences, such as holographic phantom stages where real and virtual performers can interact.

Holography, originally invented by Dennis Gaber in 1947, captures all information of an object by recording both the amplitude and phase of light, enabling three-dimensional reproduction.