
The course would introduce to the fundamental tools of game theory, a few equilibrium concepts, apart from numerous exercises and applications.

Explore cryptoeconomics through complex systems, covering agent-based modeling, game theory, and optimization. Includes live demo of DAO simulation based on Ising model in statistical mechanics.

Explore the evolution of organized government through the lens of violence and resource control, examining key societal shifts and equilibria in human history.

Explore ecological and economic systems as complex adaptive systems, examining emergent behaviors, critical transitions, and evolutionary forces shaping resource allocation and cooperation.

Explore how ethical dispositions and cooperative motivations impact societal challenges, challenging Machiavelli's approach and examining the interplay between policy and human behavior.

Explore how economic concepts like arbitrage apply to biological systems. Learn about a novel game-theoretic framework integrating survival-driven behavior with statistical mechanics in active matter systems.

Explore the interplay of luck, skill, and inequality in games and societal structures, examining their impact on hierarchies and outcomes.

Explore complex systems approach to economics, blending insights from physical and natural sciences to predict and mitigate economic crises, offering a new perspective on global financial challenges.

The aim of this course is to introduce the following topics at a basic level: combinatorial games, zero-sum games, non-zero sum games and cooperative games. At the end of the course, the student should be able to • Model and analyse conflicting situation…

Explore the evolution of empirical auction models and their applications in industrial organization, focusing on recent developments and practical insights.

Learn essential Operations Research techniques: linear programming, network analysis, integer programming, nonlinear optimization, game theory, Markov chains, and inventory management. Gain practical skills using AMPL software.

Explore a dynamic games seminar presentation on signaling effort in principal-agent relationships. Delve into a model where only information messages are contractible, and agents can design signals about their effort. Examine how principals may access ou…

Explore infinite-horizon difference games governed by difference equations or inequalities in this 55-minute webinar presented by Naila Hayek from Université Panthéon-Assas, Paris II, France. Delve into various Nash-equilibrium concepts and examine Pontr…

Explore the fascinating world of Topological Data Analysis in this 59-minute conference talk by Radmila Sazdanovic, presented by the Applied Algebraic Topology Network. Discover how TDA tools can uncover relevant features in data by analyzing the shape o…

Comprehensive exploration of evolutionary biology, covering natural selection, phylogenetics, historical context, biodiversity, adaptation, and various evolutionary mechanisms and theories.

Explore game theory's powerful applications in economics, biology, and politics, from basic concepts to advanced strategies like Nash Equilibrium and the Evolution of Cooperation.

Explores uncertainty over power in bargaining and war, analyzing decision-making processes, optimal demands, and the risk-return tradeoff in international conflicts.

Explore game theory's impact on conflict resolution, focusing on how uncertainty about costs can lead to war and the strategic considerations in making demands during negotiations.

Explore the chain store paradox in game theory, analyzing how firms use price wars strategically to deter market entry and maximize profits across multiple markets.

Explore game theory's insights on COVID-19's impact on global conflict, analyzing bargaining dynamics, uncertainty, and unexpected consequences for international relations and peacekeeping efforts.

Explore optimal solutions in conflict situations through game theory, with applications in economics, sociology, and political science.