SOCIAL DILEMMAS: the evolution of cooperation
Cooperation has been implicated in all the major transitions of life, from the emergence of multi-cellularity to the global arrangement of human institutions. Yet explaining how cooperative behavior could evolve remains an unfinished task. Standard economic game theory predicts that selfish behavior should drive cooperating entities to extinction yet cooperation is pervasive in nature. In this theme of research I concentrate on how individual incentives, primarily in the form of policing or punishment, can lead to the evolution of a cooperative population, especially when the population’s interactions are structured in non-random ways (e.g. by a social network). This research seeks to answer not only basic theoretical questions of evolution but to have broad applicability in areas such as international relations, sustainability, conflict resolution and avoidance, and market design and regulation. In particular this research seeks to understand and promote the provisioning of global public goods and contribute to sustainability theory.
RELEVANT PUBLICATIONS
Title: Managing the hive: Social
insects as organizations Author(s): J. Fewell, M. Uhl-Bien, S.T. Shutters Status: Forthcoming |
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2013 | Title: Towards
a generalized
framework for studying
continuous 2-player games Author(s): S.T. Shutters Journal: Journal of Theoretical Biology 321:40-43 |
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2013 | Title:
Tag-mediated altruism is contingent on how cheaters are defined Author(s): S.T. Shutters, D. Hales Journal: Journal of Artificial Societies and Social Simulation 16(1):4 |
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2013 | Title:
Collective action and the detrimental side of punishment Author(s): S.T. Shutters Journal: Evolutionary Psychology 11(2):327-346 |
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2013 | Title: Cooperation
through the
endogenous evolution of social structure Author(s): D. Hales, S.T. Shutters Journal: Lecture Notes of the Institute for Computer Sciences, Social Informatics and Telecommunications Engineering 126:111-126 |
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2012 | Title:
Punishment leads to cooperative behavior in structured societies Author(s): S.T. Shutters Journal: Evolutionary Computation 20(2):301-319 |
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2012 | Title:
Conflict, collapse, networks, and governance: 20,000,000 humans in a
virtual petri dish Author(s): S.T. Shutters Venue: Working paper, DOI: 10.13140/2.1.3922.0803 |
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2011 | Title:
From cells to states: A unifying framework of social relativity Author(s): S.T. Shutters, M. Halás Conference: European Consortium for Political Research 2011 general conference Venue: University of Iceland, Reykjavik, Iceland. 27-Aug-2011 |
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2009 | Title:
Strong reciprocity, social structure, and the evolution of cooperative
behavior Author(s): S.T. Shutters Doctoral Thesis: Arizona State University, School of Life Sciences Advisor: Ann P. Kinzig |
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2009 | Title:
Strong reciprocity, social structure, and the evolution of fair
allocations in a simulated ultimatum game Author(s): S.T. Shutters Journal: Computational and Mathematical Organization Theory 15(2):64-77 |
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2009 | Title: Punishment,
Rational Expectations, and Relative Payoffs in a Networked Prisoners
Dilemma Author(s): S.T. Shutters Book: Social Computing and Behavioral Modeling, 201-208 Editor(s): H. Liu, J.J. Salerno, M.J. Young Publisher: Springer. New York, New York |