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Any idea how, though? I've never heard of such a technology being developed outside of the odd university making strides toward hologram tech, but even that is mostly done with a grid of LEDs (or similar) that are turned on or off in order to create an image with the light
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Any idea how, though? I've never heard of such a technology being developed outside of the odd university making strides toward hologram tech, but even that is mostly done with a grid of LEDs (or similar) that are turned on or off in order to create an image with the light I would imagine just adjusting the sensitivity of the projector would help, as well as a slightly tinted monitor to better hold the picture.
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Any idea how, though? I've never heard of such a technology being developed outside of the odd university making strides toward hologram tech, but even that is mostly done with a grid of LEDs (or similar) that are turned on or off in order to create an image with the light I would imagine just adjusting the sensitivity of the projector would help, as well as a slightly tinted monitor to better hold the picture. That definitely sounds on the right track.
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I still think you would run into refraction issues. The glass would have to be thicker than your average screen is to get it to work. Unless the projector is coming from exactly eye level, there will be a double image.
That said... could we use fiber optics? Or something similar? Not sure how you could make a screen using it, but the technique could do away with the need for a traditional projector.
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Xuzi: In terms of companies, probably. I'm willing to bet Carnegie-Melon, Caltech, or MIT is better in terms of development though.
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