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Beren Millidge AI Monotheism vs AI Polytheism online Future trajectories of artificial general intelligence (AGI) are bifurcated into unipolar “singletons” and multipolar “polytheistic” equilibria. AI monotheism posits that a single agent achieves a decisive strategic advantage through rapid recursive self-improvement, necessitating perfect zero-shot alignment to mitigate existential risk. Conversely, AI polytheism describes a stable distribution of power among multiple competing and cooperating agents. While unipolarity has historically dominated theoretical discourse, several structural factors suggest a multipolar outcome is more probable. Sublinear returns to intelligence, physical constraints on hardware scaling, and narrow competitive deltas indicate that recursive self-improvement likely lacks the doubling speed required to eclipse rivals before they achieve comparable capabilities. Additionally, strategic coalition-building among agents functions as a corrective mechanism against the emergence of a dominant hegemon, mirroring historical and game-theoretic power balances. A multipolar landscape offers the benefit of empirical feedback and iterative alignment, yet it introduces risks of value erosion through evolutionary competition and multi-agent coordination failures. The eventual shift toward unipolarity or multipolarity depends on the offense-defense balance of cyberwarfare, the efficacy of information operations, and the physical limits of recursive intelligence. – AI-generated abstract.

AI Monotheism vs AI Polytheism

Beren Millidge

January 7, 2026

Abstract

Future trajectories of artificial general intelligence (AGI) are bifurcated into unipolar “singletons” and multipolar “polytheistic” equilibria. AI monotheism posits that a single agent achieves a decisive strategic advantage through rapid recursive self-improvement, necessitating perfect zero-shot alignment to mitigate existential risk. Conversely, AI polytheism describes a stable distribution of power among multiple competing and cooperating agents. While unipolarity has historically dominated theoretical discourse, several structural factors suggest a multipolar outcome is more probable. Sublinear returns to intelligence, physical constraints on hardware scaling, and narrow competitive deltas indicate that recursive self-improvement likely lacks the doubling speed required to eclipse rivals before they achieve comparable capabilities. Additionally, strategic coalition-building among agents functions as a corrective mechanism against the emergence of a dominant hegemon, mirroring historical and game-theoretic power balances. A multipolar landscape offers the benefit of empirical feedback and iterative alignment, yet it introduces risks of value erosion through evolutionary competition and multi-agent coordination failures. The eventual shift toward unipolarity or multipolarity depends on the offense-defense balance of cyberwarfare, the efficacy of information operations, and the physical limits of recursive intelligence. – AI-generated abstract.

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