What is a holographic monitor?
Generally able to project three -dimensional (3D) images, holographic monitor can be used with a computer for a person to visualize the screen detail in high quality. The monitors that are able to produce holograms have been developing since 2011, which are expected to be listed in a few years. They can be used with computers, TVs, mobile devices and medical displays. Technology usually requires a surface with a surface that has very small elements that change shape; They can be small mirrors that interact with laser light.
Systems called Digital Microreflective Panel (DMA) fields usually consist of thousands of small mirrors. These can move many times for a second to reflect the laser light. When mirrors move, light is often manipulated so that travel images can be converted to 3D images. These images can be focused on a flat surface to be seen, or with some systems that can be projected into an open space.The holographic -mirrion may enable the content that is transmitted or recorded to be seen in 3D.
data can also be coded into a holographic monitor by distributing laser light into two rays. One is usually diverted into a device called spatial light modulator. Electronic data is usually converted into white and black patterns with a modulator, creating a signal and a reference beam that intersects and records. The chemical reaction is generated to create a hologram because it is stored on some form of media.
Scientists have created holographic imaging systems in which more than 5,000 images per second can be drawn and images can be projected in full form. Spinning reflector and motion monitor generally allow the system to operate, while the projector can support high frames per second. Video signals produced by two stereo -aiming camera cameras can be handed over fromcomputers. Many Researchers believe that this form of technology is one step to create 3D image projection and graphics.
The use of a holographic monitor can range from computer video games to medical imaging systems. Whether on the screen or screening into a special liquid, paintings and patient organs can help doctors diagnose and treat various diseases. Some companies even modify high -resolution television technology (HDTV) to support holographic tracking, so 3D images can be displayed on a home entertainment screen.