First step is realizing you're in a statespace of low utility gradient. Colloquially put, everything's meh.
Second step is to examine the separable components of said statespace. Is one increasing while another decreases? You're about to make a big life decision! Are they all meh? Well fuck.
Uh I mean, decompose them further and repeat. Eventually you'll find a meta level where the components of the meh are divergent vectors that sum to zero, and there's your buried n-lemma.
If everything's truly flat and boring for long enough, eventually you'll dig down to causal bedrock where the quantum noise will create signals for you whether you want them or not. Doesn't matter, because at this point, does anything? So just do the thing, you have nothing to lose.
Second step is to examine the separable components of said statespace. Is one increasing while another decreases? You're about to make a big life decision! Are they all meh? Well fuck.
Uh I mean, decompose them further and repeat. Eventually you'll find a meta level where the components of the meh are divergent vectors that sum to zero, and there's your buried n-lemma.
If everything's truly flat and boring for long enough, eventually you'll dig down to causal bedrock where the quantum noise will create signals for you whether you want them or not. Doesn't matter, because at this point, does anything? So just do the thing, you have nothing to lose.