Holographic data port

Holographic data transmission may spark a revolution at the convergence of optics and electronics. Holographic information storage and analytic structures can access information with far greater speed than present day two-dimensional data storage systems and even some of the incremental next-generation science and equipment (especially fluorescent multi-layer and near-field photosensitive media). Two- dimensional data storage systems, like traditional CDs and DVDs, record and recreate data in a linear sequence -- one bit at once. Data systems based on holotechnology technology save and recreate data with parallel processing -- a whole page of data (around a million bytes) at once. Various holotechnology pages are retrieved in an instant through the use of various ray angles and wavelengths. The angle and wave phase of a beam of light may be changed with far greater speed than the mechanical motion required to access different sectors in two-dimensional media. Also read about holotechnology at three-dimensional data storage capacity .

There are numerous potential usages of holotechnology information systems in the general area of communications and imaging. "Holocams" will use holographic information recording and playback to archive and project three-dimensional visual worlds. Holographic computer image projections and interfaces, such as gesture recognition systems, will enable much more natural human to computer interaction than can be done with current two- dimensional displays and keypad/mouse. Holotech imaging with time gated pulses will enable clear watching of elements embedded in light refracting matter such as body fluid or translucent atmospheres. The site on holographic technology and microelectronics has more.

A "holobot" is a robot that uses holographic applied science. A "Category I" holobot is a travelling three-dimensional picture absent the ability to come in contact with the physical world using touch/force or machine intelligence based on holotechnology technology. A "Category II" holobot is a travelling three-dimensional construct that is able to connect with the physical world using touch or force. However, this is without computer intelligence built on holographic technology. A "Category III" holobot is a moving three-dimensional construct that can connect with the physical world using touch or force and also has computer intelligence based on holotechnology applied science. Category III holobots learn by means of creative identification of meaningful patterns in large quantities of input from their environment. storing thousands of megabytes of data three-dimensionally has information that may also be of interest.

Analysis of complicated multivariate data analysis can be done with numbers in conjunction with 2D graphics. Nonetheless, application of Virtual Reality (VR) to information analysis pioneers an innovative world of "virtualization" with 3D visual and tactile and motion communication between people and information. Three-dimensional image projections and haptic direction of data enable people to better review multi-dimensional information and complex models. Uses include analysis of 3D tangible topographic information, exploratory analysis of multivariate relationships and causation, and other complex systems. For interesting discussion, see interactions between humans and computers .