Social Dynamics

Brian Skyrms is Distinguished Professor of Logic and Philosophy of Science and Economics at the University of California, Irvine. His interests cover a range of topics, including the evolution of conventions, the social contract, inductive logic, decision theory, rational deliberation, the metaphysics of logical atomism, causality, and truth. He is the author of Signals: Evolution, Learning, and Information (OUP, 2010) and From Zeno to Arbitrage: Essays on Quantity. Coherence, and Induction (OUP, 2012).

The book collects important contributions of a leading scientist in evolutionary game theory and drives us to study correlation devices further as possible solutions for the problems of human cooperation and of the social contract with analytical and simulation tools.

• Introduction ; PART I: CORRELATION AND THE SOCIAL CONTRACT ; Introduction to part I ; 1. Evolution and the Social Contract ; PART II: IMPORTANCE OF DYNAMICS ; Introduction to part II ; 2. Trust, Risk, and the Social Contract ; 3. Bargaining with Neighbors: Is Justice Contagious? ; 4. Stability and Explanatory Significance of Some Simple Evolutionary Models ; 5. Dynamics of Conformist Bias ; 6. Chaos and the Explanatory Significance of Equilibrium: Strange Attractors in Evolutionary Game Dynamics ; 7. Evolutionary Dynamics of Collective Action in N-person Stag Hunt Dilemmas ; 8. Learning to Take Turns ; 9. Evolutionary Considerations in the Framing of Social Norms ; PART III: DYNAMIC NETWORKS ; Introduction to part III ; 10. Learning to Network ; 11. A Dynamic Model of Social Network Formation ; 12. Network Formation by Reinforcement Learning: The Long and the Medium Run ; 13. Time to Absorption in Discounted Reinforcement Models ; PART IV: DYNAMICS OF SIGNALS ; Introduction to part IV ; 14. Learning to Signal: Analysis of a Micro-Level Reinforcement Model ; 15. Inventing New Signals ; 16. Signals, Evolution and the Explanatory Power of Transient Information ; 17. Co-Evolution of Pre-Play Signaling and Cooperation ; 18. Evolution of Signaling Systems with Multiple Senders and Receivers ; Index