Stretching Detection: The Unique Selling Point of Embodied Cognitive Science
By contrast with classical approaches to cognitive science, embodied cognitive science is characterised by claims that cognition is the product of coordinated systems of distributed and decentralised cognitive resources, and that it is grounded in survival-oriented architectures. I suggest that these ideas derive from a deeper change of perspective from viewing the cognizer as a representer to that of a detector/actor. Unlike some of the more abstract issues considered by other theorists, this change in perspective has practical implications for the ways in which psychologists study and understand cognition. In particular, it raises the important question of how we are able to access information about unperceivable environments using mental machinery that is not primarily designed for that purpose. A framework for understanding cognition as ‘time/space stretching’ is presented and three strategies for enabling that stretching are described.