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The Cooperation Paradox

Advanced game theory simulation exploring strategic decision-making in South Asian development contexts. Experience Nash equilibrium, dominant strategies, and the prisoner's dilemma through real-world scenarios.

🎯 Choose Development Scenario

Inter-State Water Sharing (Kaveri River Dispute)
You represent Karnataka state in negotiations with Tamil Nadu over Kaveri river water allocation during drought. Each state can either Cooperate (honor agreed water releases) or Defect (retain water for own farmers).

💰 Payoff Matrix (₹ crores benefit)

Tamil Nadu Cooperates Tamil Nadu Defects
Karnataka Cooperates ₹250 / ₹250 ₹100 / ₹400
Karnataka Defects ₹400 / ₹100 ₹150 / ₹150

🤔 Your Decision

Make your strategic decision to see the outcome...

📊 Game Theory Analytics

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Games Played
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Cooperation Rate
₹0
Average Payoff
0%
Nash Equilibrium

📚 Nash Equilibrium Analysis

In this scenario, mutual defection (₹150, ₹150) represents the Nash equilibrium - neither player has incentive to deviate unilaterally. However, mutual cooperation yields higher total welfare (₹500 vs ₹300), illustrating the cooperation paradox.
Dominant Strategy
Defection
Pareto Optimal
Mutual Cooperation