▲ | gpm 7 days ago | |||||||
Yeah but if you look down the axis of rotation you will have a perfect (to many decimal places anyways) circle... which was the demand. | ||||||||
▲ | Dylan16807 7 days ago | parent | next [-] | |||||||
That might be right. But even then, the biggest black hole we think is possible measured down to the planck length gives you a number with 50 digits. And the entire observable universe measured in planck lengths is about 60 digits. So how are you going to get a physical pi of even a hundred digits on the path toward arbitrary precision? | ||||||||
▲ | andrewla 3 days ago | parent | prev [-] | |||||||
> to many decimal places anyway > > The idea of arbitrary precision is intrinsically broken in physical reality. There is no contradiction here. | ||||||||
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