Thanks for this, very interesting. My earlier intuition is more than confirmed; If you turn every atom in the universe into a supercomputer, get them all workin

Thanks for this, very interesting. My earlier intuition is more than confirmed; If you turn every atom in the universe into a supercomputer, get them all working together generating digits of pi, for a million universe life times, you only get 10^80 (atoms in universe approx) * 10^10 (10 billion digits per sec each say) * 10^11 (years in a universe life time roughly) * 10^8 (seconds in a year roughly) * 10^6 (a million universe lifetimes) = 10^115 (ish) digits. In fact that is an incomparably smaller number that 10^1000000 digits, only good for a single run of 115 zeroes in a row. Basically there's an awful lot of room between zero and mathematical infinity, and normal large numbers that we experience or even try to reason about in everyday life don't and can't begin to stretch even a little way towards the ultimate mathematical limits.