holographic technology and microelectronics

Research in the area of holographic technology has pioneered opportunities for new optical storage means that save data throughout the thickness of recordable media, not just across their top surface. Holotech information storage is also different from traditional information storage in that a whole page of information is saved in an instant, instead of saving information as an ordered stream of individual bits. Before the introduction of holotechnology applied science, microelectronics had been predominantly 2D in nature. Holotech applied science is expanding micro-photonics and microelectronics three-dimensionally. This growth will open doors for the formation of high-density databases, parallel-search processing, and photonic computer circuits etched in three-dimensional photosensitive volumes. Also, Holo 3: Applied Optical Measurements provides coverage about this.

Virtual reality is an extraordinarily helpful tool for telerobotics (human activation of a robot by remote control). Telerobotics is applied in work in dangerous or hostile worlds especially: outer space; radioactive areas; chemically or biologically poisonous areas; combat zones; bomb hazard areas; beneath the surface of the earth; or in under the sea. As an example, telerobotics with a VR interface was used to repair the Hubble Space Telescope. For applications in which work should be done on a scope that may be too large or too small for unassisted manual work, virtual automation can also span the size barrier. Human movements can be virtually amplified to work heavy equipment for mineral extraction, earth travelling, or construction. Human movements may be virtually miniaturized for microsurgical procedures, genetic engineering, molecular modeling, or nanoscale manufacturing. Use of Virbots (Virtual robots) in software or artificial intelligence is less common, but evolving. Linked page Motion Recognition also may interest you.

Linked page Holographic data port also reports such matters.