NOVELTY – The system has a holographic screen provided on a holographic plate, and a projector (2) projecting points of view. A computer (1) processes images. A diffuser redistributes light to the holographic plate. A collimated beam of a helium-neon laser is divided into two beams by a beam splitter, where each beam is reflected by a mirror. USE – Multi-stereoscopic holographic system for visualization of medical images of a patient using MRI and computed tomography (CT) technology (all claimed). ADVANTAGE – The system favors more accurate diagnosis of patients by doctors, and has high luminous efficiency and diffraction efficiency. DETAILED DESCRIPTION – An INDEPENDENT CLAIM is also included for a method for obtaining a holographic screen. DESCRIPTION OF DRAWING(S) – The drawing shows a schematic view of a multi-stereoscopic holographic system. Computer (1) Projector (2) Observer (4)
S05 (Electrical Medical Equipment); T01 (Digital Computers); T04 (Computer Peripheral Equipment); V07 (Fibre-optics and Light Control); W03 (TV and Broadcast Radio Receivers); W04 (Audio/Video Recording and Systems)