Titlebook: Holographic Data Storage; Hans J. Coufal,Demetri Psaltis,Glenn T. Sincerbox Book 2000 Springer-Verlag Berlin Heidelberg 2000 Digital Data

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Two-Color Holography in Lithium Niobateactical implementation of the technology [1]. As discussed in the chapter entitled “Media Requirement for Digital Holographic Data Storage,” the ideal material must simultaneously possess many properties such as good sensitivity, large dynamic range, long data retention times and excellent optical q

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Photopolymers for Digital Holographic Data Storage technologies. One of the major obstacles to the development of this promising technology has been the lack of an adequate recording material [1–3] . Media must satisfy a set of demanding requirements, some of which are listed in Table 1. (Many of the requirements depend on the holographic storage s

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Photoaddressable Polymersular architecture there are a lot of degrees of freedom in the synthesis of polymers. Owing to the change of their functional composition, they can be tailored even for quite difficult demands. Since a whole industry deals with the processing of polymers, cheap production lines have been developed f

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Laser Sourcesnt and ultimately low-cost source. The main requirements are coherence and wavelength compatibility with the material. Conventional semiconductor lasers, though compact and efficient, generally lack the coherence length required for holography. Similarly, gas lasers such as argon ion can be used in

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