Multiplayer Evolutionary Games: Dynamic Properties
International Centre for Theoretical Sciences via YouTube
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This lecture explores the dynamic properties of multiplayer evolutionary games, presented by Chaitanya Gokhale at the International Centre for Theoretical Sciences. Delve into the mathematical frameworks that help understand cooperation across biological scales, from cellular interactions to complex societies. Learn how evolutionary game theory provides powerful tools for analyzing decision-making processes in both biological and cultural evolution. The presentation is part of the "Decisions, Games, and Evolution" program that brings together biologists, cognitive scientists, economists, and physicists to foster interdisciplinary approaches to understanding evolutionary phenomena such as cooperation, opinion dynamics, fairness evolution, and spiteful behavior. Discover how individual choices in social conflicts are affected by local environments and population network structures, and how the evolution of individual behavior shapes collective outcomes. The lecture contributes to a broader discussion on eco-evolutionary dynamics, decision-making in microbial and animal societies, and cognitive aspects of evolutionary game theory.
Syllabus
Multiplayer Evolutionary Games: Dynamic Properties by Chaitanya Gokhale
Taught by
International Centre for Theoretical Sciences