Okay just if you’re wondering, no it’s not a new color outside of the six or seven main colors but just an impossibly saturated green. The article explains that the retina has receptors for blue, green and red waves but that it’s impossible to see green without stimulating the blue and/or red one way or another. Their laser method manages to only stimulate the green receptors, so the shade of green that you see is impossible to be seen in any other way.
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Okay just if you’re wondering, no it’s not a new color outside of the six or seven main colors but just an impossibly saturated green. The article explains that the retina has receptors for blue, green and red waves but that it’s impossible to see green without stimulating the blue and/or red one way or another. Their laser method manages to only stimulate the green receptors, so the shade of green that you see is impossible to be seen in any other way.
Cool, thanks for the tldr!
Okay, so the headline is obviously clickbait… except it’s actually 100% true this time?! Absolutely fascinating work.
Not really. It’s just a very pure teal.
A teal of unprecedented saturation, which I still think fits the headline. There’s more to color than hue, of course.
So it's teal at a level of intensity that basically is the result of your green receptors screaming to turn it off.
It is octarine
The super-saturated tiel that was
laserCRT burnt in my retinas three decades ago …<img alt="" src="https://d2thvodm3xyo6j.cloudfront.net/media/2015/02/Tomb-Raider-Lara-Croft-600x338.jpg">