The assumption that commonsense psychological explanations of behavior are causal underlies current debate between simulation theory and theory theory regarding the nature of cognitive mechanism responsible for our folk psychological practices. Theory theorists claim that these explanations are subsumed by the covering law model of causal explanation. Simulationists are not explicit about the nature of the explanations produced by simulation. In what follows, I propose a set of plausible conditions that a correct causal simulation-produced folk psychological explanation will satisfy and (...) point out two prima facie problems. In discussing a possible solution, I discover that the latter incurs the need for some sort of causal law. An examination of two likely candidates for these laws reveals that neither is capable of playing the role required. I then suggest alternative routes that simulationists might explore in order to provide simulation theory with a sorely-needed account of the nature of the explanations produced by simulation. (shrink)

Underlying the current debate between simulation theory and theory theory is the assumption that folk psychological explanations of behavior are causal. Simulationists Martin Davies, Tony Stone, and Jane Heal claim that folk psychological explanations are explanations that make sense of another person by citing the thoughts important to the determination of his behavior on a given occasion. I argue that it is unlikely these explanations will be causal. Davis et al. base their claim on the assumption that a certain isomorphism (...) obtains between the cognitive mechanisms of human beings. Investigation into the nature of the isomorphism required reveals that it is of a sort that is unlikely to obtain. I suggest that in order to maintain their challenge to theory theory, simulationists must either motivate and describe a non-causal simulation-based account of folk psychological explanation or else delineate a causal account that attributes a nonessential, heuristic role to simulation. (shrink)