Cooperative Behavior and the Challenge of Cheaters

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This chapter explores the concept of cooperative behavior and its challenges in the context of replicators. It examines how cooperation can enhance replication efficiency but also discusses the emergence of cheaters and selfish individuals. The chapter draws analogies from evolutionary game theory, artificial life, and societal behavior to understand how cooperation barriers can be overcome.

Someday, most likely, we will encounter life that is not as we know it. We might find it elsewhere in the universe, we might find it right here on Earth, or we might make it ourselves in a lab. Will we know it when we see it? “Life” isn’t a simple unified concept, but rather a collection of a number of life-like properties. I talk with astrobiologist Stuart Bartlett, who (in collaboration with Michael Wong) has proposed a new way of thinking about life based on four pillars: dissipation, autocatalysis, homeostasis, and learning. Their framework may or may not become the standard picture, but it provides a useful way of thinking about what we expect life to be.

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Stuart Bartlett received his Ph.D. in complex systems from the University of Southampton. He is currently a postdoctoral researcher in the Division of Geological and Planetary Sciences at Caltech, and was formerly a postdoc at the Earth Life Science Institute at the Tokyo Institute of Technology.