the plasticity of holographic data storage

Holotech data storage and extraction also have the potential for more ability to recover from minor errors. Holographic information can be more fluid and less binary than its magnetic counterpart, so that errors are not binary events but differences in degree. In this dimension, holographic information recording and playback helps computers to behave more similarly to the human brain than computers with traditional magnetic media. Welcome to the Photonic Crystals Group Homepage also has further information.

The ability of holographic applied science to conduct associative retrieval opens up not only ground-breaking means of exploring for information, but also ground-breaking possibilities for machine learning and computer intelligence. Since holotechnology applied science allows analysis of macro information patterns using parallel processing and associative extraction, it can search massive amounts of data to identify high-level relationships that would be challenging, or even impossible, to find with discrete, serially-defined programs. Holographic systems also have significant potential concerning macro-scale information processing and learning. With 2D media, data is extracted in a serial manner based on location, not similarity of content. Virtual Gaming covers additional information on these topics.

Also consider Holographic Displays as an additional source.