Holography: From Physics to The Big Screen

Technological evolution of the film industry is a distinguishing feature of modern civilization. Technological innovation combining movie and recorded sound. Black and white film is gradually replaced with color film, and the visual effect includes creating a realistic scene that combines live-action cartoons with computer generated images to appear dangerous, expensive or unrecordable . Popularity of 3D movies. The development of technology has brought the film industry closer to people's real perceptions.

Atomic holography has evolved from the development of basic elements of atomic optics. With Fresnel diffractive lenses and atomic mirrors, atomic holography follows the natural steps of atomic beam physics (and applied). Recent developments including atomic mirrors, especially ridge mirrors, have provided the tools necessary to create atomic holograms, but such holograms have not yet been commercialized. Pepper's ghosting technology is the easiest to implement in these ways, the most common in 3D displays, the latter claiming it (or "hologram"). The first illusion being used in the theater contains real objects and characters outside the stage but modern deformation displays the images generated by 3D computer graphics to provide the necessary depth cues Replace the source object with the digital screen you want.

H + is advancing research on various holographic technologies such as volume display, optical holography, digital holography and so on. Holography based on diffraction techniques and wearable holography (eg Hololens). When we started research our goal was to develop an open platform; a platform that enables developers and designers to realize their imagination of holographic space. Today, Holus is clearly designed to realize the appearance of the holographic space and the design of real people.

This hologram was developed by Dennis Gabor (1900-1979), an excellent Hungarian physicist in the UK. He studied photophysics in the 1940's and began breakthrough studies of holography in the early 1950's. The remarkable thing he invented was that it was years before that era: a laser that made holography practical, not until the 1960s. As shown in many patents of Gabor, he is a prolific inventor who is widely interested in a wide variety of physical disciplines. In the 1930's he invented a new electron multiplier tube and a cathode ray tube; in the 1940's he was experimenting with photos and projections that led him to the path of holography; after being included for television equipment Invention composite fabric, as well as various innovations for recording and transmitting sound