The Hologram Produced The World's Thinnest Screen
Even though we are still far from producing amazing real holograms, and screen hologram RMIT researchers from. Beijing Institute of technology by producing the world's thinnest, has opened a new page on the hologram. The holographic screen is only 25 Nm of a material this thin can do 3D coding.
Holograms with lasers of substances in different phases combine to create the illusion of depth with the tuning. Normally, the necessary environment must be at least a few mm. But researchers have found that thin-film topological insulator (insulator) on the surface of a material they call inceltti 100 times more controlled and precise with a laser. “We have a new generation made of a material; while acting as topological insulator thin films on the surface of metal, the inner portion acts like an insulator,” says Project Leader Project Leader Min Gu.”This material lasers when we fire it, depending on the intensity of the laser, you are able to modifying the properties of the material.
Thanks to this modulation, we are able to encode in the hologram materials such as thin films,” thin holographic feature this technique only on surfaces not only provide, but also allows you to create smaller pixels. Laser spot by adjusting the size of each pixel you can shoot approximately 100 nm in size, and we can get cleaner images from different angles. “The size of the pixels determines the angle of vision. By compressing a smaller region of the laser beam, we are able to create larger fields of view normal 3D screen.Normal 3D glasses you're wearing in the screen angle of +/- 10 degrees can vary, while the angle of view we were able to raise this up to 20 degrees,” says Gu. Spot size below 100 nm by lowering the team in the near future, more information about encoding, and hence higher-resolution and wide-angle is aiming to create an image. By providing higher resolution 3D projections on 2D screens, you will be able to provision. Next in the research, however, will provide a 3D holographic image on the LCD monitor.
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