A group of researchers from Stanford University (USA) has developed a new technology for creating a holographic image, implemented using artificial intelligence algorithms. Provides compact dimensions of the necessary equipment; This technology could be the basis for the next generation of augmented reality (AR) glasses.

The laboratory version of the next-generation holographic system has significant limitations; provides a field of view of only 11.7°; This is much less than the AR headsets offered by Magic Leap 2 and Microsoft HoloLens. But even now this is offset by the advantages of the solution: The system’s holographic components fit almost into standard eyeglass frames and can produce realistic, full-colour, moving images of varying depths.

Like other AR glasses, it uses waveguides, which are components that direct light from the glasses to the user’s eyes. The authors of the project state that they have created a unique project. “nanophotonic metasurface waveguide”Which “eliminates the need for bulky collimating optics”Thanks to artificial intelligence algorithms, a radical improvement in image quality is achieved. Models “automatically calibrated using feedback from cameras”.

In the current implementation, the technology is represented by a prototype of a case created on a 3D printer, but the authors of the project believe that this technology can disrupt the current market of “spatial computers”, which is currently dominated by large computers. Apple Vision Pro and Meta Quest 3. Scientists state that today there are no augmented reality systems that can be compared with their invention in terms of capabilities and compactness.