Game theory addresses situations with multiple agents in which the outcome of an agent's act depends on the acts of the other agents. The agents may be mindless organisms. Epistemic game theory addresses games in which the agents have minds. An agent reasons about the acts of other agents and-if the other agents observe the agent's act-reasons about the other agents' responses to the act. The agents use logic to draw conclusions about the prospects of the acts that they can perform. This Special Issue of Games deals with epistemic game theory and the contributions that logic makes to an agent's practical reasoning about the strategy to adopt in a game. Although behavioral studies are relevant, the emphasis is on rational reasoning. Models of such reasoning may deal with cognitively ideal agents as well as humans. Possible topics include the players' common knowledge of their game and their rationality
reasoning that supports the players' in playing their part in a Nash equilibrium of the game
backwards induction, its results, and the conditions that support it
forward induction
learning in sequential games or in repetitions of games
Hintikka models and Kripke models of agents' information
applications of modal logic's methods to epistemic logic
interactive epistemology
Bayesian game theory and Bayesian equilibrium
and games with imperfect, incomplete, or asymmetric information.