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Prior to the invention of holography or lasers, Bragg's X-ray microscopeopened the door to optical computation in short-wavelength studies usingspatially coherent visible light, including phase retrieval methods. Thisoptical approach lost ground to semiconductor detection and digital computingin the 1960s. Since then, visible optics including spatial light modulators(SLMs), array detectors and femtosecond lasers have become widely available,routinely allowing versatile and computer-interfaced imposition of opticalphase, molecular coherent control, and detection. Today, high brilliance X-raysources begin to offer opportunities for atomic resolution and ultrafastpump-probe studies. Correspondingly, this work considers an overlooked aspectof Bragg's X-ray microscope - the incoherent ionizing radiation to coherentvisible (IICV) conversion that is a necessary prerequisite for coherent opticalcomputations. Technologies are suggested that can accomplish this conversion.Approaches to holographic data storage of short wavelength scattered radiationdata, and phase retrieval that incorporates optical procedures, are motivated.

Transient optical gratings for pulsed ionizing radiation studies