User blog:Bubby3/Bigger than Graham's number analogy.

Start with a givern collection of particles, and you can perform steps

First-order step: Replace each atom with \(10^80\) atoms.

n+1th order step, for \(n \geq 1\), count the number of atoms in the universe, call that number m, and repeat an n-1th order step m times

Superstep. Count the number of atoms in the universe, call it n, and do an n-th order step on n atoms

Bigger than G: Do a superstep on the observable universe (10^80 atoms) 64 times.