Linked from

The 78 pages that link to Game theory, each with the reason it gives.

• John von NeumannNarrower topic: Von Neumann’s minimax theorem helped establish the mathematical foundations of this field.

• DeterrenceNarrower topic: Deterrence is a strategic interaction between a threatening party and a potential actor.

• Mechanism designNarrower topic: Mechanism design uses game-theoretic models to predict how participants respond to rules.

• Decision theoryRelated: It extends choice analysis to situations where others also choose.

• NegotiationNarrower topic: It models how each party’s choices depend on expectations about the others.

• Board gameNarrower topic: It provides formal tools for analyzing choices in competitive games.

• General equilibrium theoryRelated: Strategic models can analyze market outcomes when agents anticipate one another's actions.

• Decision-makingRelated: Strategic choices must account for what other agents may choose.

• Agent-based modelCompared with: It analyzes strategic incentives, while agent-based models can simulate bounded rules, learning, and changing interactions over time.

• Game balanceNarrower topic: Its models describe how players’ incentives shape competitive balance.

• Behavioral ecologyRelated: It predicts when cooperation, competition, or conflict can be favored among interacting organisms.

• Deterrence theoryNarrower topic: Deterrence is a strategic interaction in which each side anticipates the other's response.

• Prisoner's dilemmaNarrower topic: The dilemma became one of game theory's best-known examples of conflicting incentives.

• Game treeNarrower topic: Game trees represent the sequential choices studied in game theory.

• Expected utility hypothesisRelated: Expected utility specifies how players evaluate uncertain consequences in strategic models.

• Evolutionary game theoryNarrower topic: Evolutionary game theory adapts its payoff-based models without requiring deliberate choice.

• John NashNarrower topic: Nash’s equilibrium became one of game theory’s central solution concepts.

• Auction theoryNarrower topic: Auction bids are interdependent choices, not isolated price estimates.

• Lloyd ShapleyNarrower topic: Shapley used game theory to analyze cooperation, bargaining, and strategic choice.

• CompetitionNarrower topic: It models how one firm's choices depend on rivals' likely responses.

• Incentive compatibilityNarrower topic: Incentive compatibility evaluates choices made while anticipating other participants' behavior.

• Industrial organizationNarrower topic: It supplies tools for analyzing firms’ interdependent choices and credible threats.

• Mathematical economicsRelated: Strategic economic models specify players, actions, payoffs, and equilibrium behavior.

• MathematicsRelated: It formalizes how rational choices interact in economics, biology, and politics.

• OligopolyNarrower topic: It models how each firm's best move depends on expected rival responses.

• Oskar MorgensternNarrower topic: It is the field Morgenstern helped establish as a framework for economic behavior.

• RAND CorporationRelated: RAND researchers applied strategic reasoning to deterrence and military competition.

• SociobiologyNarrower topic: It supplies models for predicting behavior when individuals' fitnesses interact.

• Turn-based gameRelated: Sequential games can be analyzed as choices made with knowledge of earlier actions.

• Analytical MarxismRelated: It models coordination, conflict, and collective action among classes and political actors.

• Best responseNarrower topic: Best responses are defined within games of strategic interaction.

• Zero-sum gameNarrower topic: Zero-sum games form one foundational class within this broader study.

• Bayesian gameNarrower topic: Bayesian games extend strategic game models to situations with private information.

• Social behaviorNarrower topic: It models how strategies fare against others in social encounters.

• Theory of Games and Economic BehaviorNarrower topic: The book established the framework that became this broader field.

• Thomas SchellingNarrower topic: It supplied Schelling’s framework for analyzing bargaining, conflict, and strategic threats.

• Economic modelRelated: Strategic models derive outcomes from agents anticipating one another’s choices.

• Turn-based strategyNarrower topic: Turn order creates strategic questions about response, commitment, and anticipating an opponent.

• Business strategyRelated: It models how competitors' responses can alter the payoff of a strategic move.

• David GaleNarrower topic: Gale’s research helped establish mathematical tools for analyzing strategic situations.

• Kakutani fixed-point theoremNarrower topic: The theorem's early impact came through existence proofs in strategic games.

• Robert McNamaraRelated: Defense planners used it to model adversaries’ choices and evaluate deterrence strategies.

• Artificial intelligence in video gamesRelated: Competitive game agents reason about opponents whose choices affect their own results.

• BackgammonNarrower topic: Backgammon combines uncertain rolls with decisions made in direct opposition.

• Emanuel LaskerRelated: Lasker’s writings connected games and strategic choice to broader mathematical questions.

• Mathematical puzzleRelated: Competitive puzzles and games can prompt analysis of winning strategies.

• Reinhard SeltenNarrower topic: Selten developed equilibrium concepts that became central to modern game theory.

• Eric MaskinNarrower topic: Mechanism design uses game-theoretic reasoning to analyze how rules shape choices.

• Michael SpenceRelated: Signaling models describe strategic choices by informed and uninformed market participants.

• Robert AumannNarrower topic: Aumann’s research developed foundational results within this broader framework.