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Optical reconfigurable interconnections by holograms on a moving photorefractive disk

A novel method for optical reconfigurable interconnections by moving holograms with ring form of interferometric fringes on photorefractive disk in coherent optical processor architecture is proposed. Reconfigurable interconnections are realized by deflection of light on holograms with ring form of fringes and different space frequency which insert to Fourier plane under the disk rotation. Multiplex holograms recorded on photorefractive disk could provide shift operations between two images for optical computing algorithms.