Scott Alexander, curated
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Willpower, Human and Machine

Quality
66
Strong
Claude Shift
50
Moderate
RWI
2
of 10

Summary

A short but generative essay connecting the mesa-optimizer / adaptation-executor framing (evolution installs drives implemented at different levels of consequentialism — instincts vs a planning module) to human willpower ('I am the planning module' arbitrating against lower-level instincts, the winner set by hard-coded rules and past reinforcement), and then to a novel AI-safety corollary: an AI trained by gradient descent may first learn instinctual reflexes, later grow a superimposed consequentialist planning module that starts out weaker, and so — like humans — could suffer weakness of will, deferring to its instincts before the single-minded goal-optimizer that AI-risk stories usually assume. Brief and speculative but a clean, original synthesis.

Why this score

Quality 66 · Strong. Strong: a compact, thought-provoking synthesis linking three frameworks plus an original AI-weakness-of-will corollary; held mid-Strong by its brevity and speculative status.

Claude’s paradigm shift 50 · Moderate. Notable: the 'AIs may have weakness of will, not just single-minded optimization' corollary is a genuinely fresh angle on mesa-optimization.

Real-world impact 2 · Minor. Within-discourse: an interesting reframe for the alignment community; no material reach.