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Scientists Claim Breakthrough On Holographic Display

SpuriousLogic writes to tell us that University of Arizona researchers claim to have broken a barrier in holographic technology by creating an updatable, three-dimensional display with memory. While the existing model is only able to update once every couple of minutes, and isn't particularly suited for 3d images, it is certainly a step in the right direction. "Peyghambarian is also optimistic that the technology could reach the market within five to ten years. He said progress towards a final product should be made much more quickly now that a rewriting method had been found. However, it is fair to say not everyone is as positive about this prospect as Peyghambarian. Lecturer in Electronic Engineering at Bangor University in Wales, Dr Justin Lawrence, told CNN small steps were always being made on technology like 3D holograms, but, he couldn't see it being ready for the market in the next ten years."

3 of 123 comments (clear)

  1. Another revolutionary technology... by oahazmatt · · Score: 5, Insightful

    Another revolutionary technology that will be adopted first by the porn industry.

    --
    Those who believe the Internet is private,
    find their privates are on the Internet.
  2. AGAIN!? by AlgorithMan · · Score: 4, Insightful

    ANOTHER breakthrough!? I'm thrilled!
    seriously, how often have we read about holo-TV breakthroughs within the last - say - 15 years?
    I stopped believing, although I'd love such technology...

    --
    The MAFIAA is a bunch of mindless jerks who will be the first up against the wall when the revolution comes
  3. Interesting, but what about filming? by seeker_1us · · Score: 4, Insightful

    The display is only half the problem for a holographic "TV." You also have to have a holographic "camera", and those are not easy, especially since they require LASER light. I can't see it being safe for humans to "film" them with three lasers simultaneously (you need Red, Green, and Blue) that are intense enough to create the interferograms with enough contrast and to override background light.