3D Holography in the Air Using Artificial Intelligence and Unity without 3D Glasses

Holograms provide us a fascinating view of the three-dimensional world around us. Holograms offer a shifting perspective based on the viewer’s position by enabling the eye to adjust the focal depth and alternately focus on the foreground and background. Researchers have long sought to produce computer-generated holograms, but the process has frequently required a supercomputer to run physics simulations, which is time-consuming and can provide results that are less than photo-realistic. This paper describes a cutting-edge 3D holographic and artificial intelligence technology as a remedy to this drawback. The recommended approach employs the pepper ghost pyramid projection technique to provide 3D holographic output. This method creates the illusion that a 3D holographic output is floating in the air. In order to perform fundamental AI tasks, the system leverages Natural Language Processing to understand user requests and provide answers. In order to enhance the appearance of authentic human-machine interaction, the system additionally employs Motion Machine Learning (Motion ML) to provide a variety of non-verbal indications.