CONCEPT
The AI Prisoner's Dilemma
The structural condition in which individually rational decisions aggregate into collectively catastrophic outcomes — operating at every scale of the AI transition, from the individual developer to the nation-state.
The AI prisoner's dilemma is the structural application of game theory's classic coordination problem to the transition now underway across the cognitive economy. At every level of organization — the individual developer, the firm, the educational institution, the nation — participants face a choice between cooperating (maintaining expertise, preserving developmental friction, regulating responsibly) and defecting (using AI to skip the hard work, optimizing for short-term output, minimizing regulation to maximize competitive advantage). In each case, the rational strategy for each individual participant is to defect, regardless of what others do. The collective result, aggregated across all participants, is the depletion of cognitive resources, the race to the bottom in regulatory protection, and the cascade of structural failures that Diamond's historical archive documents.
In The You On AI Field Guide
The classical prisoner's dilemma — two prisoners, questioned separately, each facing the same defect-or-cooperate choice — formalizes a specific structural property: individual rationality produces collective irrationality. Both players would be better off if