holographic technology and associative retrieval

In addition to providing more rapid access and greater capacity, holotechnology applied science opens up novel methods of information comparison and retrieval. Many present day data recording and playback systems need exact details of information location in order to recreate data and they process it in a linear sequence. On the other hand, holographic applied science allows searching large quantities of data a whole page at a time to contrast overall configurations and sameness of content. With holographic technology, the relative match between a macro search configuration and information pages across an optical media depth can be measured without bit-by-bit analysis of specific information components. This is known as "Associative Retrieval." Associative extraction is more compatible with imaccuracy and fuzzy logic, and more closely related to human cognition, than traditional information recording and playback systems. Linked page The Future of Things (TFOT) - The Dawn of Holographic Media also has further holotech developments.

The development of micro-lens and micro-mirror arrays with invisible polymers is enabling an innovative generation of three-dimensional imaging. Micro-lens arrays constructed of polymeric or elastomeric substances may be directed to converge by shrinking or expanding using piezoelectric currents. The communication of holotechnology laser images with microscale lens or arrays of microscale mirrors can create truly three-dimensional moving images. Virtual Movies covers these issues as well.

Related technologies at Holographic Animation may be of use.