holographic data storage process

In holotechnology information storage media, complete pages of up to a megabyte of information are stored promptly, a page at once, as optical interference configurations. Such patterns are saved in an intersecting manner throughout the 3D thickness of photosensitive storage media. This is in contrast to conventional data storage in which a series of information bits is stored bit-by-bit on only the surface of the storage media. In the holographic data recording process, a laser ray is split in two -- into a reference beam and a signal ray. The reference and signal rays are set at a specific wave phase especially green, red or infrared. The signal ray is shown by means of a Spatial Light Modulator that converts a stream of electronic information into variation in signal ray wave phase and intensity. The signal and reference rays then cross within the photosensitive optically sensitive media. This makes the data configuration imprinted in the media in the type of a holographic image. In the holographic information reading process, a reference ray with identical features as the source reference beam is shown into the media at the same angle, the hologram is retrieved, and information is retranslated from holographic to electronic form. See also: 3Dlens for more on this.

Neural networks are combined programs and data that simulate the operation of biological neurons using gradient-based training, fuzzy logic, genetic algorithms, and Bayesian means. They are currently being used to model signal processing and time-series analysis, predict the weather, and also model organic thinking. Neural networks are primed with huge quantities of data and rules about information relationships that enable the networks to evolve into deeper knowledge layers. Link to Virtual Reality for novel holotech material.

More: Holographic Projector delves into further information and sources.