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This one: http://en.wikipedia.org/wiki/Cosmic_latte http://en.wikipedia.org/wiki/Cosmic_latte
by yetihehe 13y ago
This one: http://en.wikipedia.org/wiki/Cosmic_latte http://en.wikipedia.org/wiki/Cosmic_latte
- filipedeschamps 13y ago#FFF8E7 ... this is amazing, but also unnatural. What I mean is, how can this be an unbalanced thing? Why not perfect white or perfect black?
- yetihehe 13y agoBecause some stars emit more blue and some more red. Also you can't have 100% light in universe (without creating a black hole that is), so when you mix lights, you have to mix different colors as unbounded values and then divide by max to get some normalized representable rgb value with 100% luminosity. #FFxxxx means there is more red than other colors, but only a little more. If every frequency in visible light would have the same strength in resulting spectrum, you would have #FFFFFF.
- andrewcooke 13y agoheh. that's cute. i knew karl back in the day. you could also say that it's the colour of the microwave background, which dominates the radiation in the universe (it's the "glow" left over from the big bang), however that's cooled so much that it's effectively black. i'm not sure how they defined average to avoid coming out with black from that. would be worth checking the paper...