So, wait? We *do* all see the same colors. My paranoia-filled childhood musings seem so pointless now.
At least our brains look the same when we do. I'm still not convinced.
Off-topic discussion. Wanna talk about corsets, duct tape, or physics? This is the place. Detailed discussion of any current-season TV must be whitefonted.
So, wait? We *do* all see the same colors. My paranoia-filled childhood musings seem so pointless now.
At least our brains look the same when we do. I'm still not convinced.
"world's first bra designed to mimic the appearance of cosmetic breast implants."
So... fake fake boobs?
Well, they do this adding and subtracting aspects of the colors, and try to find combinations that only make sense if all people are perceiving the same color at the same point of the spectrum. They can't really prove that we all see the same colors. Only that the hypothesis that we all see the same colors is the only existing hypothesis that seems to be consistent with the data. Someday someone could think of a new "different colors" theory that can explain the data, and then we will be back where we started. That is how science works.
I got my first real lesson on non-Euclidean geometry today.
Dude. Freaky, man. So, like, parallel lines can meet if that's the most convenient system for us? Whoa.
Yes, that is totally related to the seeing-the-same-color question. You all see it, right?
...right?
So is this pretty to everyone?
Because I like it.
Also, I'd like a lipstick in this shade.
t wanders off randomly
Yes, that is totally related to the seeing-the-same-color question.Actually, yeah. Oh, and I was watching something on rational numbers and Eygptian math. I want to send you a copy so you can explain it to me.
Aw... random Cass. So cute.
I want to send you a copy so you can explain it to me.
Yay!
Yes, that is totally related to the seeing-the-same-color question. You all see it, right?
As it happens, it is exactly related becasue they do this color stuff using a geometric representation of color perception in a Euclidean or NonEuclidean multidimensional scaling solution. That's how they solved the problem. But then I fell asleep.
Are you sure you didn't fall asleep first, and dream the whole thing?
Are you sure you didn't fall asleep first, and dream the whole thing?
Are you sure you are reading the board and not just dreaming the whole thing.