An optical system for forming a two- or three-dimensional image, comprising a) a holographic projection device for optically transmitting image information to at least one user, b) an eye detecting device, and c) an imaging device for imaging the image information of the holographic projection device for the perception by the at least one user, whereby, the imaging device comprises at least one optical hologram set (5, 5a, 5b, 5c, 5d), wherein - at least one of said optical hologram sets (5, 5b, 5d) is angularly amplified and said at least one angularly amplified hologram set (5, 5b, 5d) comprises at least two holograms and said at least two holograms interact to provide said angular amplification, and wherein by means of the holographic projection device - at least one virtual point light source is generated or - a plurality of virtual point light sources are generated such that they form at least one optical wavefront, wherein the at least one virtual point light source or the plurality of virtual point light sources are each be generated by superimposing at least two coherent light waves (7a, 7b) in the region of the optical hologram set (5, 5b, 5d) formed to amplify the angle, and wherein by means of the at least one optical hologram set (5, 5a, 5b, 5c, 5d) the at least one virtual point light source or the at least one optical wavefront are imaged onto the respective eyes of the at least one user and wherein the eye detection device is configured to detect the respective movement of the eyes of the at least one user and the eye detection device cooperates with the holographic projection device in such a way that the amount of image information is adapted according to the respective eye direction and/or eye position in different perception regions of the respective eye. a) a holographic projection device for optically transmitting image information to at least one user, b) an eye detecting device, and c) an imaging device for imaging the image information of the holographic projection device for the perception by the at least one user, the imaging device comprises at least one optical hologram set (5, 5a, 5b, 5c, 5d), wherein - at least one of said optical hologram sets (5, 5b, 5d) is angularly amplified and said at least one angularly amplified hologram set (5, 5b, 5d) comprises at least two holograms and said at least two holograms interact to provide said angular amplification, and wherein - at least one of said optical hologram sets (5, 5b, 5d) is angularly amplified and said at least one angularly amplified hologram set (5, 5b, 5d) comprises at least two holograms and said at least two holograms interact to provide said angular amplification, and wherein by means of the holographic projection device - at least one virtual point light source is generated or - a plurality of virtual point light sources are generated such that they form at least one optical wavefront, - at least one virtual point light source is generated or - a plurality of virtual point light sources are generated such that they form at least one optical wavefront, wherein the at least one virtual point light source or the plurality of virtual point light sources are each be generated by superimposing at least two coherent light waves (7a, 7b) in the region of the optical hologram set (5, 5b, 5d) formed to amplify the angle, and wherein by means of the at least one optical hologram set (5, 5a, 5b, 5c, 5d) the at least one virtual point light source or the at least one optical wavefront are imaged onto the respective eyes of the at least one user and wherein the eye detection device is configured to detect the respective movement of the eyes of the at least one user and the eye detection device cooperates with the holographic projection device in such a way that the amount of image information is adapted according to the respective eye direction and/or eye position in different perception regions of the respective eye.