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All of these are based on Vantablack like materials.
Best would be if we could make "cloth" that acted like vantablack. Zentai suit would effectively be "living shadows". Flowing robe type stuff would give "cloud of darkness"
Less ambitious would be a full face "mask" (say something like a fencing mask) worn with a hooded robe. Tiony holes would let enough light in so you could see well enough to move around. But anybody looking into the hood's opening would just see utter blackness.
That last is probably doable.
Finally, ig we could come up with a coating that'd work (and be safe) on scleral lenses (like contacts, but they cover the entire front of the eyball) you'd have the effect of utter blackness instead of eyes. It'd look like there was just a hole in space where your eyballs should be.
Be *really* spooky if you could do it.
Best would be if we could make "cloth" that acted like vantablack. Zentai suit would effectively be "living shadows". Flowing robe type stuff would give "cloud of darkness"
Less ambitious would be a full face "mask" (say something like a fencing mask) worn with a hooded robe. Tiony holes would let enough light in so you could see well enough to move around. But anybody looking into the hood's opening would just see utter blackness.
That last is probably doable.
Finally, ig we could come up with a coating that'd work (and be safe) on scleral lenses (like contacts, but they cover the entire front of the eyball) you'd have the effect of utter blackness instead of eyes. It'd look like there was just a hole in space where your eyballs should be.
Be *really* spooky if you could do it.
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Date: 2022-05-23 12:51 pm (UTC)I like it.
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Date: 2022-05-23 03:02 pm (UTC)Scleral lenses, with vantablack embedded in the material so it doesn't actually come in contact with the eyes.
Problem is, vantablack is a surface effect, it's basically just carbon, graphite specifically, but the light is absorbed by it because of the way nano scale plates are stacked into pillars of alternating big and little plates to produce a light trapping surface. Embedding it into a clear material might change it's optical properties.
However, MIT have come up with something even blacker than vantablack, and more robust. Link here
That shows more promise for the uses you suggested. Plus, it's still carbon so biological safe.
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