It is impossible for us to know if pi is *actually* normally distributed, because for all we know, at some arbitrarily large digit we are unable to compute, it may begin to repeat itself; 0's for instance from there-on-out.

It is impossible for us to know if pi is *actually* normally distributed, because for all we know, at some arbitrarily large digit we are unable to compute, it may begin to repeat itself; 0's for instance from there-on-out.

It is impossible for us to know if PI is *actually* normally distributed, because for all we know, at some arbitrarily large digit, it may begin to repeat itself; 8's for instance from there-on-out.

Not to rain on the parade — but, despite it's beauty, it's not really an accurate illustration of 'what pi looks like'. This is not pi exclusive; You could make up any random number whose digits 0-9 are evenly distributed, and plot it's first 10,000 digits like this - it would look nearly identical. Cool tho.