Cooperation in human groups is challenging, and various mechanisms are required to
sustain it, although it nevertheless usually decays over time. Here, we perform theoretically …

Effective approaches to encouraging group cooperation are still an open challenge. Here
we apply recent advances in deep learning to structure networks of human participants …

The evolution of cooperation in network-structured populations has been a major focus of
theoretical work in recent years. When players are embedded in fixed networks, cooperators …

Abstract Machines powered by artificial intelligence increasingly permeate social networks
with control over resources. However, machine allocation behavior might offer little benefit to …

Human populations are both highly cooperative and highly organized. Human interactions
are not random but rather are structured in social networks. Importantly, ties in these …

Why humans are prone to cooperate puzzles biologists, psychologists and economists alike.
Between-group conflict has been hypothesized to drive within-group cooperation. However …

Social networks are ubiquitous in our internet-dominated culture, and the new virtual social
networks have a lot in common with traditional social networks (eg, friends and colleagues) …

Ecology Letters (2011) 14: 546–551 Abstract The ubiquity of cooperation in nature is
puzzling because cooperators can be exploited by defectors. Recent theoretical work shows …

Theoretical models suggest that social networks influence the evolution of cooperation, but
to date there have been few experimental studies. Observational data suggest that a wide …

Cooperativeness is a defining feature of human nature. Theoreticians have suggested
several mechanisms to explain this ubiquitous phenomenon, including reciprocity …