About The Cooperation Science Network
Radically cooperative. Inherently interdisciplinary.
The Cooperation Science Network is a group of scholars spanning many disciplines who come together to understand the fundamental principles driving cooperation and the forces that can compromise it.
Cooperation Across Systems
Cooperation occurs at all levels of biological and social organization, from the genome to the General Assembly and everything in between: eukaryotic cells, multicellular organisms, microbiomes, social groups, corporations, societies, nations, and economies.
Cells can cooperate through producing public goods, protecting one another from threats and dividing labor.
Humans cooperate in many of the same ways that cells do, but also have the ability to communicate and innovate, allowing for cooperation in many domains.
Not only do humans cooperate among each other, but groups of humans also cooperate with other groups. Social, cultural and political institutions play an important role in cooperation at this level.
We sponsor research, scholarly meetings, educational events and outreach activities to bring together scholars and students interested in studying cooperation across systems.
Join scholars for a live discussion of cooperation theory classics
From Hamilton's work on kin selection to Ostrom's classic work on managing the commons, our Foundations of Cooperation Livestream brings modern cooperation researchers together to discuss new books and papers and the historical context and roots of their work. Join us on YouTube, Facebook and Twitter for livestreams and ask your questions in real time.
An interdisciplinary winter school
At the ASU Interdisciplinary Study of Cooperation Winter School, students discover the fundamental processes underlying cooperation in diverse systems. The lectures and seminars are taught by leading cooperation researchers from diverse disciplines including Psychology, Evolutionary Biology, Anthropology, Sociology and Computational Modeling. Through lectures, seminars and small tutorial sessions, students in the Winter School have the opportunity to learn from leading cooperation researchers, build new skills and develop projects.
Cooperation and Conflict Symposia
Answering the big questions in cooperation theory
The biannual Cooperation & Conflict Symposium hosted at ASU invites diverse scholars from around the world to come together to address the most pressing questions in cooperation theory through interdisciplinary dialogue. The first symposium was held in 2017 on the question How do large-scale systems solve the problem of detecting, controlling and eliminating cheating? And the second was held in 2019, looking at how we tell Tell fact from Fiction in the Age of Information.
We hail from diverse department including anthropology, psychology, political science, biology and economics; and we use many different methods including fieldwork, studies with human subjects, computational modeling and more.
Arizona State University
This group, based at Arizona State University, was founded in 2017, and is a founding member institution of the Cooperation Science Network.
Your cooperation questions, answered.
How do you define cooperation?
The CSN does not endorse only one definition of cooperation, but some useful perspectives include defining cooperation as situations where one individual provides a benefit for another, or defining it quite literally as 'co-operation,' i.e., working together toward a common goal.
Can cells/insects/non-humans actually cooperate?
Cooperation happens in many systems and consciousness or intentionality is not required.
What are the biggest challenges to cooperation?
Cheating and exploitation can undermine cooperative groups. In small groups this challenge can be managed through simple rules like leaving uncooperative partners. But, as groups get larger, it becomes more challenging to detect and respond to cheating. Thus large cooperative groups require sophisticated cheater detection and suppression systems to be viable. Among humans, institutions can help to regulate cooperation
How does the scholarly study of cooperation help us solve real world problems?
Many of the challenges of the present - including resource management, disaster response and even productive political processes, require cooperation among diverse actors. By studying cooperation across systems, we gain knowledge that can help us support human cooperation, enhance it, and protect from malicious actors.
Publications from the Cooperation Science Network.
This cooperation primer was written by Cooperation Science Network co-Director Lee Cronk. This primer can easily be read in one sitting. It explains the things that sometimes prevent cooperation from happening and provides advice for how to overcome them. It is aimed at advanced high school students, college students, and anyone else who is interested in fostering cooperation in any setting.
Cooperation Science: Mapping the Landscape of a New Discipline
We will soon post our working manuscript that provides an overview of cooperation across systems.
Postdoctoral Research Scholar
Are you interested in big questions about the evolution and nature of cooperation? Join the Cooperation Science Network as a Postdoctoral Research Scholar to help answer questions like: (1) What are the similarities and differences among the many manifestations of cooperation across life and humanity? (2) What are the shared principles that drive the emergence of cooperation and make cooperative systems resilient to perturbations? The ideal candidate will be a recent Ph.D. in the philosophy of science or a related field who is familiar with work on the evolutionary biology of cooperation and who is adept at working across disciplinary boundaries. To learn more and to apply, click on the interfolio link below. Please apply before February 4th, 2021.
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