Holographic Disks

By the year 2010, holodisks will probably have replaced today's two-dimensional optical disks due to their greater storage capacity (up to a terabyte in data) and faster access (reading a million byte page at a time). compact disk and DVD technological applications have constraints. The compression of storage on the surface of information media is approaching a basic tangible limit. Holotech information storage is a ground-breaking method of data coding and signal processing. Holotech information storage can save information, a megabyte at a time, by storing an entire page of information at once throughout the detail of the storage media. When one focuses a reference ray with identical wavelength and at the same angle used to record the holographic picture in the recordable media, then the hologram imprinted in the storage media diffracts the beam and restores the source data ray. This beam is then translated into electronic signals for computer operating. Wavelength severalxing allows multiple pictures to be saved and restored from the same media by changing the wave phase of the reference laser ray. See also two-layer holographic data storage media for more about holotechnology.

The capacity of holotechnology applied science to conduct associative extraction opens up not only new means of exploring for information, but also novel applications for machine learning and computer intelligence. Since holographic technology enables analysis of high-level information configurations using parallel processing and associative retrieval, it can scan large quantities of data to identify high-level relationships that would be cumbersome, or even impossible, to highlight with individual, linear-operational programs. Systems using holographic technology also have significant potential concerning macro data learning and adaptation. With 2D media, data is extracted in a serial manner based on location, not similarity of content. See also: wide range holographic images has interesting information.

Holographic information may be stored and retrieved more promptly than spinning magnetic storage media because laser rays, absent the inertia of mechanical reading and writing mechanisms, may be moved very quickly. Different discussion at access speed and fuzzy search in holographic data storage .

A "holobot" is a robot that uses holographic applied science. A "Category I" holobot is a moving three-dimensional picture absent the ability to make connections with the physical world using touch/force or artificial intelligence based on holographic science. A "Category II" holobot is a moving 3D entity that has the ability to connect with the physical world using touch or force, but does not have computer intelligence based on holotechnology science. A "Category III" holobot is a moving 3D construct that can interface with an actual environment using touch/force and also has computer intelligence built on holographic technology. Category III holobots learn through innovative recognition of meaningful patterns in large quantities of input from their environment. security holograms and genetic material also includes coverage of this material.