Models human-AI delegation as a decision process that scales to collective equilibria, identifying sociotechnical lock-in as a prisoner's dilemma that degrades epistemic standards absent communicative and institutional safeguards.
D., & Jonker, L
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Mathematical analysis establishes unique strictly positive equilibria with exponential convergence in polymer growth models, threshold-dependent stable branches in resource competition, and persistence of pre-replicative equilibria only under neutral fitness.
The chapter overviews replicator equations, hypercyclic replication, and quasispecies frameworks as a unified mathematical basis for evolutionary dynamics beyond biology.
citing papers explorer
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The Human-AI Delegation Dilemma: Individual Strategies, Collective Equilibria and Sociotechnical Lock-in
Models human-AI delegation as a decision process that scales to collective equilibria, identifying sociotechnical lock-in as a prisoner's dilemma that degrades epistemic standards absent communicative and institutional safeguards.
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Equilibrium and Competition in Evolutionary Dynamics
Mathematical analysis establishes unique strictly positive equilibria with exponential convergence in polymer growth models, threshold-dependent stable branches in resource competition, and persistence of pre-replicative equilibria only under neutral fitness.
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Mathematical Models of Evolution and Replicator Systems Dynamics. Chapter 1: Introduction to Replicator Systems
The chapter overviews replicator equations, hypercyclic replication, and quasispecies frameworks as a unified mathematical basis for evolutionary dynamics beyond biology.