What is holographic television?
holographic television is a type of TV on which the picture is published as a hologram. It is similar to three -dimensional (3D) television in that the picture appears in the viewer, but there is a difference in the view. For 3D sets, the image can only be displayed directly, while holographic television would allow viewers to move around the picture and see all the angles of the movie or show. This is done with an extensive memory system that is constantly able to create and erase images and create an effective hologram. Since July 2011, holographic TVs are not commercially available because the technology has still advanced. As a result, holographic sets are similar to 3D TVs, because both are designed to appear on the viewer. The main difference is that 3D television is able to show only one angle, no matter where the viewer is sitting. Holographic television aims to create a system that allows the viewer, if moving, seeing a new area of the same show or movie as if it really highHe was in the room.
One of the main challenges in creating holographic television is that it is a consumer device, so developers are trying to make the system cheap and accessible. This means that developers use commercially available hardware instead of powerful industrial hardware to create a holographic effect. At the same time, when the technology is created, it will be immediately prepared for the consumer market.
Most holograms are made as stationary, which works well for images, but not for television applications. To create holographic television, the hologram must be able to change many times per second, as well as images displayed on the TV file. The system must also be able to delete the memory of these imagons; Otherwise, the system would overload because of too much memory.
How light interacts with the eyes of the viewer is another aspect of holographic television production. U 3D systemThe light is made, so it interacts with each eye differently and creates two images that simulate depth. In fact, the eyes respond to light in many ways, and the holographic system must be able to estimate how the eye reacts to every object to create a realistic hologram.