Soldato
- Joined
- 3 Jul 2005
- Posts
- 3,027
A typical digitized picture on your computer
screen is 640 pixels long by 480 pixels wide, for a total of
307200 pixels. Using only 256 different colors, you can get decent
resolution. Now if you take 256^307200 (256 times itself 307200 times)
you get... well, a pretty big number, but a finite number nonetheless.
That's the number of different images you can have of that particular
size. Any picture you would scan into a computer at that size and
resolution will necessarily be one of those images. Therefore,
contained in those images are the images of the faces of every human
being who ever lived along with the images of the faces of every
person yet to be born.
screen is 640 pixels long by 480 pixels wide, for a total of
307200 pixels. Using only 256 different colors, you can get decent
resolution. Now if you take 256^307200 (256 times itself 307200 times)
you get... well, a pretty big number, but a finite number nonetheless.
That's the number of different images you can have of that particular
size. Any picture you would scan into a computer at that size and
resolution will necessarily be one of those images. Therefore,
contained in those images are the images of the faces of every human
being who ever lived along with the images of the faces of every
person yet to be born.