Whether any non-human animal can attribute mental states to others remains the subject of extensive debate. This despite the fact that several species have behaved as if they have a ‘theory of mind’ in various behavioral tasks. In this paper, we review the reasons of skeptics for their doubts: That existing experimental setups cannot distinguish between ‘mind readers’ and ‘behavior readers’, that results that seem to indicate ‘theory of mind’ may come from studies that are insufficiently controlled, and that our (...) own intuitive biases may lead us to interpret behavior more ‘cognitively’ than is necessary. The merits of each claim and suggested solution are weighed. The conclusion is that while it is true that existing setups cannot conclusively demonstrate ‘theory of mind’ in non-human animals, focusing on this fact is unlikely to be productive. Instead, the more interesting question is how sophisticated their social reasoning can be, whether it is about ‘unobservable inner experiences’ or not. Therefore, it is important to address concerns about the setup and interpretation of specific experiments. To alleviate the impact of intuitive biases, various strategies have been proposed in the literature. These include a deeper understanding of associative learning, a better knowledge of the limited ‘theory of mind’ humans actually use, and thinking of animal cognition in an embodied, embedded way; that is, being aware that constraints outside of the brain, and outside of the body, may naturally predispose individuals to produce behavior that looks smart without requiring complex cognition. To enable this kind of thinking, a powerful methodological tool is advocated: Computational modeling, namely agent-based modeling and, particularly, cognitive modeling. By explicitly simulating the rules and representations that underlie animal performance on specific tasks, it becomes much easier to look past one’s own biases and to see what cognitive processes might actually be occurring. (shrink)

Whether any non-human animal can attribute mental states to others remains the subject of extensive debate. This despite the fact that several species have behaved as if they have a ‘theory of mind’ in various behavioral tasks. In this paper, we review the reasons of skeptics for their doubts: That existing experimental setups cannot distinguish between ‘mind readers’ and ‘behavior readers’, that results that seem to indicate ‘theory of mind’ may come from studies that are insufficiently controlled, and that our (...) own intuitive biases may lead us to interpret behavior more ‘cognitively’ than is necessary. The merits of each claim and suggested solution are weighed. The conclusion is that while it is true that existing setups cannot conclusively demonstrate ‘theory of mind’ in non-human animals, focusing on this fact is unlikely to be productive. Instead, the more interesting question is how sophisticated their social reasoning can be, whether it is about ‘unobservable inner experiences’ or not. Therefore, it is important to address concerns about the setup and interpretation of specific experiments. To alleviate the impact of intuitive biases, various strategies have been proposed in the literature. These include a deeper understanding of associative learning, a better knowledge of the limited ‘theory of mind’ humans actually use, and thinking of animal cognition in an embodied, embedded way; that is, being aware that constraints outside of the brain, and outside of the body, may naturally predispose individuals to produce behavior that looks smart without requiring complex cognition. To enable this kind of thinking, a powerful methodological tool is advocated: Computational modeling, namely agent-based modeling and, particularly, cognitive modeling. By explicitly simulating the rules and representations that underlie animal performance on specific tasks, it becomes much easier to look past one’s own biases and to see what cognitive processes might actually be occurring. (shrink)

Povinelli’s Problem is a well-known methodological problem confronting those researching nonhuman primate cognition. In this paper I add a new wrinkle to this problem. The wrinkle concerns introspection, i.e., the ability to detect one’s own mental states. I argue that introspection either creates a new obstacle to solving Povinelli’s Problem, or creates a slightly different, but closely related, problem. I apply these arguments to Robert Lurz and Carla Krachun’s (Review of Philosophy and Psychology 2: 449–481, 2011) recent attempt at solving (...) Povinelli’s Problem. (shrink)

We recommend the attitude of optimistic agnosticism toward animal mindreading: suspending acceptance until tests succeed in overcoming Povinelli's problem, and being optimistic about the feasibility of such tests. Fletcher and Carruthers argue for sufficient reasons to accept animal mindreading; we find their arguments unconvincing. Points they raise against the behavior-reading theory apply equally to mindreading theory, and their claims of greater parsimony are unfounded. Premature acceptance of mindreading could inhibit the search for innovative ways to overcome longstanding methodological problems. Optimistic (...) agnosticism, in contrast, encourages the pursuit of approaches that can lead to important insights about animal social cognition. (shrink)

The central issue in the debate on animal minds is the issue of mindreading. This complicated cognitive ability belongs to the key elements of social cognition — as a form of adapting to specific circumstances connected with living in groups, it enables the reading of the mental states of other individuals, e.g. intentions, desires, and beliefs as well as the adaptation of one’s own behavior to this information. The primary purpose of the article is to present the main philosophical controversies (...) which arise in the discussion of whether this ability can be attributed to animals; if so, then to what extent. Philosophical discussions concentrate on methodological issues: alternative interpretational models of animal behavior, anthropomorphism, experimental protocols, and gradeability of mindreading as well as the nature of the mind. (shrink)

The Social Intelligence or Social Brain Hypothesis is an influential theory that aims to explain the evolution of brain size and cognitive complexity among the primates. This has shaped work in both primate behavioural ecology and comparative psychology in deep and far-reaching ways. Yet, it not only perpetuates many of the conceptual confusions that have plagued psychology since its inception, but amplifies them, generating an overly intellectual view of what it means to be a competent and successful social primate. Here, (...) I present an analysis of the Social Intelligence/Brain hypothesis highlighting how its anthropocentric origins have led us to be held captive by a picture of what social life involves and the kind of mind needed to navigate the social landscape. I go on to consider how experimental work in this vein either does not test what it claims to be testing, or introduces impossible problems regarding animal minds that cannot be solved, but only dissolved. What we need, in other words, is the application of “Wittgenstein's razor” and the reinvention of primatology along his enactivist lines. (shrink)