holographic television

Holographic Television (HoloTV) has: moderate to high two- directional causation; is real time; scores high along the visualization scale with surrounding three-dimensional pictures and sound; wide (or total) range of sight of high-quality pictures and 3D sound; and common source distribution. The primary technological challenge in making television with holographic projection is the formation of a laser pattern light-reflecting surface that changes in shape. Today's holograms use fixed, wave-reflecting surfaces that do not change patterning. The development of novel materials built on nanotechnology that rapidly change shape may help to solve this challenge and make television with holographic projection commercially feasible. Lasertronics discusses related topics in holotechnology.

Early 3D graphics used the basic geometry of object edges, frequently combinations of straight lines, to make moving 3D, invisible "wire" figures. While three-dimensional graphics have become considerably more high-performance, the foundational geometry of object outlines remains central to three-dimensional rendering. More: Virtual Neural Network Architecture for further info.

Related information at Holographic Entertainment .