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Anonymous No. 16100346

Are Cyan and Magenta just Green and Red imbued with Blue's high photon energy?

Anonymous No. 16101042

But green is already yellow + blue!

Anonymous No. 16101062

>>16100346
maybe!

Anonymous No. 16101084

apart from our brains pulling colors out of its ass, it's not even able to tell between cyan photons or green+blue photons lmao what fail

Anonymous No. 16102200

>>16100346
yes

Anonymous No. 16102214

>>16101084
It can tell the difference between highly saturated Cyan and screen Cyan. Displaying highly saturated Cyan in a computer screen would require extremely expensive custom hardware and software.

Anonymous No. 16102222

>>16102214
Unless you take an LSD dose that disrupts your brain and makes you see ultra saturated colors that are normally impossible to perceive.

Anonymous No. 16102575

Fun fact: Blue light is the most harmful color to your eyes for sleep while Red light is the least harmful
Funny how Blue, a generally calming color, is actually hostile to your sleep while Red is chilling

Anonymous No. 16103013

so theoretically it would be possible to differentiate between cyan photons and green+blue photons? not with current eyes. but maybe with that Neuralink vision chip and cameras for eyes?
I'm curious if the brain can come up with an imaginary color (like magenta) for combinations of colors, like blue+green, and see cyan only when there's cyan photons? that would be extra information which we are missing atm.

Anonymous No. 16103179

>>16100346
i mean, there's photon upconversion so you can theoretically get "blue" (or any) color by combining lower energy photons

Anonymous No. 16104114

>>16103179
Chinese lasers do that using cheap-ass IR lasers to manufacture shit tier green lasers, leaking IR invisible crap and burning kid's retinas.

Anonymous No. 16104736

>>16100346
Lol