A recording and reproducing system for recording and reproducing an image of a three-dimensional object, comprising a recording device for recording at least one image of a three-dimensional object, wherein the recording device comprises: an aperture and a detector, wherein the three-dimensional object is arranged in front of the aperture and the detector is arranged behind the aperture; wherein the opening of the aperture is configured such that the light passing through the aperture differs primarily in its angle of propagation; and that the detector is an angle-resolving detector which is formed by a plurality of receiving means arranged flat and concentrically around the aperture and is configured to detect the intensity of the light emitted by the three-dimensional object via the angle around the aperture, wherein the recording device further comprises an optical means configured to allow only light emitted by the object and incident perpendicularly on the detector to pass, and a reproducing device for reproducing at least one image of a three-dimensional object, wherein the reproducing device comprises: a projection surface, an aperture and an emitter, wherein the projection surface is arranged behind the aperture and the emitter is arranged in front of the aperture; wherein the emitter is an angle-resolving emitter comprising a plurality of optical emitter devices arranged flat and concentrically around the aperture and configured to emit light according to a known intensity distribution of the light emitted from the three-dimensional object over an angle to the aperture, whereby a virtual object is formed on the projection surface. a recording device for recording at least one image of a three-dimensional object, wherein the recording device comprises: an aperture and a detector, wherein the three-dimensional object is arranged in front of the aperture and the detector is arranged behind the aperture; wherein the opening of the aperture is configured such that the light passing through the aperture differs primarily in its angle of propagation; and that the detector is an angle-resolving detector which is formed by a plurality of receiving means arranged flat and concentrically around the aperture and is configured to detect the intensity of the light emitted by the three-dimensional object via the angle around the aperture, wherein the recording device further comprises an optical means configured to allow only light emitted by the object and incident perpendicularly on the detector to pass, and an aperture and a detector, wherein the three-dimensional object is arranged in front of the aperture and the detector is arranged behind the aperture; wherein the opening of the aperture is configured such that the light passing through the aperture differs primarily in its angle of propagation; and that the detector is an angle-resolving detector which is formed by a plurality of receiving means arranged flat and concentrically around the aperture and is configured to detect the intensity of the light emitted by the three-dimensional object via the angle around the aperture, wherein the recording device further comprises an optical means configured to allow only light emitted by the object and incident perpendicularly on the detector to pass, and a reproducing device for reproducing at least one image of a three-dimensional object, wherein the reproducing device comprises: a projection surface, an aperture and an emitter, wherein the projection surface is arranged behind the aperture and the emitter is arranged in front of the aperture; wherein the emitter is an angle-resolving emitter comprising a plurality of optical emitter devices arranged flat and concentrically around the aperture and configured to emit light according to a known intensity distribution of the light emitted from the three-dimensional object over an angle to the aperture, whereby a virtual object is formed on the projection surface. a projection surface, an aperture and an emitter, wherein the projection surface is arranged behind the aperture and the emitter is arranged in front of the aperture; wherein the emitter is an angle-resolving emitter comprising a plurality of optical emitter devices arranged flat and concentrically around the aperture and configured to emit light according to a known intensity distribution of the light emitted from the three-dimensional object over an angle to the aperture, whereby a virtual object is formed on the projection surface.