High Definition Holographic Television

Holographic television remains under development in laboratories at this time, but will likely see the light of day by the year 2010. The image resolution of holographic television, using coherent light interference patterns, will make today's televisions seem fuzzy by comparison. This is the vision behind HDHTV. The current state of the art for television with holographic projection (HoloTV) systems is projection of brilliant pictures onto a treated glass screen coated with a semi-transparent film, causing viewers to see a picture hanging in mid air. In coming years, HoloTV systems will likely project full 3D images in mid-air without a projection surface of any kind. Also, three-dimensional medical imaging gives information on this.

Human gestures may be recognized by a computer via the use of a device worn by a person or through analysis of visual pictures alone by a computer. Although these science and equipment enable human gesture recognition, attached machines may be thought of as a type of touch-based communication instead of visual interaction. The basic of motion recognition is the perceptual processing and multi-dimensional modeling of the structure and motion by the human body (e.g. hand, arm, face, lips, or body as a whole). This can draw heavily from the fields of anatomy, physical therapy, and human optical interpretation. Due to the significant potential for sight-based information transmission from humans to computers, there will likely be a dramatic grow in gesture interpretation software and related products during the coming years. Further information at three-dimensional medical imaging .

Holographic science also has the flexibility to be applied for sports in three ways. First, it can give improved training and instruction for participation in conventional sports. As an example, holotechnology technology can assist in golf instruction. Second, holotechnology applied science can improve non-participatory involvement in traditional athletics through three-dimensional holotechnology displays. Sports fans today enjoy seeing a vital play in "instant replay." Future generation sports enthusiasts will probably be able to see a vital play in "3D Replay" -- the kind of rotating three-dimensional view that is currently only seen in some high-budget movies and commercials. Third, holographic science can make possible new virtual parts for conventional sports or create soley ground-breaking athletics. Holotech games ("Hologames") increase athletics beyond the natural laws that govern projectiles and physical interactions in conventional sports. There is additional discussion at holographic technology and associative retrieval may also be useful.

Holotech science is built on the pattern of light formed by interference between two crossing light rays: a "signal" (or "object") beam that restores information that was recorded inside photosensitive storage media; and a "reference" beam. The three- dimensional picture formed by this light configuration is a "Hologram." Holographic applied science is a key portion of the general field of interferometric science. Further, medical applications of holographic technology deals with these technologies.