No, each layer of Graham… No, each layer of Graham doesn't raise to the power of 3 or you could easily write g64 as a power tower. It raises the order of the operation by g(n-1). Exponentiation can't ever beat it, that's just a single arrow. Reply
No, each layer of Graham doesn't raise to the power of 3 or you could easily write g64 as a power tower. It raises the order of the operation by g(n-1). Exponentiation can't ever beat it, that's just a single arrow.