• bort@sopuli.xyz
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    9 months ago

    but then they can still set colors, that we don’t. Or at least there are some colors they can differentiate between, that we can’t.

    e.g if they have a receptor for orange, yellow and red, then can differentiate between pure orange and orange that is 50% red and 50% yellow.

    So both is true: We have more colors (because of brain-things), but they still have some colors, that we don’t (because of receptors).

    • Denvil@lemmy.one
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      9 months ago

      Is this how colors work? Would we not just end up with the same result, with the Shrimps just using their one receptor to sense it, and us using ours to blend it into the same color?

  • NeatNit@discuss.tchncs.de
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    9 months ago

    Can you give any source for this? The text includes 2 key links and the screenshot obviously misses out on them

  • PhlubbaDubba@lemm.ee
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    9 months ago

    I’ve always wondered what it would look like to be able to see outside the visible light spectrum

    Like would it change the colors we can already perceive or would it turn making popcorn into the trippiest shit imaginable, or would it be like Lex Luthor in all-star superman and we suddenly are able to invent new genetic material or some crazy shit.

  • sik0fewl@lemmy.ca
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    9 months ago

    This means that when they invent TV they will need 9 more colors in addition to RGB.

  • psycotica0@lemmy.ca
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    9 months ago

    To be fair, we don’t see like reverse engineered printing. Printing is reverse engineered seeing. If we saw like this post is claiming shrimp see, and blue was blue and green was green and yellow was yellow, we wouldn’t be able to print by mixing three colours. We’d need one pigment per photoreceptor, same as we do now.

  • Rin@lemm.ee
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    9 months ago

    Is there at least a new contender for their place?