like as a physical property. i don't know any color-ology maybe there's a simple way to make me get it but
IT SEEMS like color depends entirely on BRIGHTNESS so an OBJECT can't have a fixed COLOR because BRIGHTNESS changes all the time!
like as a physical property. i don't know any color-ology maybe there's a simple way to make me get it but
IT SEEMS like color depends entirely on BRIGHTNESS so an OBJECT can't have a fixed COLOR because BRIGHTNESS changes all the time!
okay so wavelengths are a thing... but are they consistent & measurable?
i.e. is a red bucket always emitting the same flavor wave? what kind of wave is brighter than others (or is it the number)
Yea I believe there's a general band of frequencies that generally is described as red or whatever other color, as generally perceived by the human. (Bc ofc some of it can be cultural or subjective or even change depending on color blindness or other conditions)
You can find charts describing the ranges, eventually the visual range gives way to ultraviolet and so on.
There are ranges that we aren't able to perceive but birds are.
If only we could see microwaves, we'd finally be able to catch the culprit behind Havanna syndrome
im sure this is a joke but ofc we have tools that CAN see microwaves. Oddly enough we can't find these dang havana microwaves though
So, if you're going from a pure "this is what we've measured" science standpoint, the visible spectrum begins past infrared where the wavelengths are too long for us to pick up
As they tighten up, we get the standard ROY G BIV stuff you probably got taught until they tighten up so much we can't pick them up either, ending with ultraviolet
Everything there has a set of wavelengths that we pick up and perceive as those colors, it's the human visual spectrum
But that's only because our eyes evolved to pick those up
Other living things perceive that exact same spectrum wildly differently because their eyes evolved differently for them
It's one of those things that I love because it keeps me up at night
Yes. Lots of chemistry uses the fact that color frequencies are specific wavelengths of light. Measuring wavelength and intensity of light passing through a sample can tell you exact concentrations of your colored chemicals in samples.
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