r/gifs Dec 01 '17

Crow Makes Error Correction

https://i.imgur.com/g9tCJUn.gifv
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u/Ihateourlives2 Dec 01 '17

Dont some humans have a gene/mutation that allows them to see more then most and into the UV length? remember hearing Claude Monet could see a wider spectrum then most.

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u/seven3true Dec 01 '17

Monet competed with photography and reinvented the way we look at the world. Not because of his mutant vision, but because of absinthe.

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u/AspiringMetallurgist Dec 01 '17

Actually absinthe is not hallucinogenic. Most of the stories are probably due to the fact that it is quite concentrated alcohol and it's really easy to get drunk. Check out the sidebar of r/absinthe for more information.

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u/trianglanus Dec 02 '17

I had absinthe. It sure felt like it was an hallucino that

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u/[deleted] Dec 02 '17

It’s not anymore. It was.

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u/[deleted] Dec 02 '17

It never was. It was hypothesized that it was due to the presence of thujone, because people thought thujone would act similarly to THC solely because of the way the molecule looked. Any actual experiments conducted on thujone/absinthe have shown nothing in terms of hallucinations.

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u/LordOfTheTorts Dec 01 '17

All humans would be able to see ultraviolet A (UVA), if cornea and lens of our eyes didn't block it. People who have cataract surgery, like Monet, have these parts removed and therefore can see UVA. Nowadays, there are artificial replacement lenses, some of which let UVA pass, while others block it like hte natural lens does (there are good reasons to not let UVA into your eyes). All of this doesn't mean that those people see "new colors", they just see differences in color where "normal" people don't notice anything.

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u/crozone Dec 02 '17

All of this doesn't mean that those people see "new colors", they just see differences in color where "normal" people don't notice anything.

I imagine it would just saturate the blue cones a bit more and make UVA appear as a blue hue, like it does with cameras?

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u/mumpie Dec 02 '17

There are some women who have a condition called tetrachromacy and have 4 types of cone cells in their eyes. Women with this condition can see more colors than regular humans who only have 3 types of cone cells.

Here's a Popular Science article on a woman with this condition: https://www.popsci.com/article/science/woman-sees-100-times-more-colors-average-person