Recently, Michael Wheeler has argued that despite its sometimes revolutionary rhetoric, the so called 4E cognitive movement, even in the guise of ‘radical’ enactivism, cannot achieve a full revolution in cognitive science. A full revolution would require the rejection of two essential tenets of traditional cognitive science, namely internalism and representationalism. Whilst REC might secure antirepresentationalism, it cannot do the same, so Wheeler argues, with externalism. In this paper, expanding on Wheeler’s analysis, we argue that what compromises REC’s externalism is (...) the persistence of cognitively relevant asymmetries between its purported cognitive systems and the environment. Complementarily, we argue that an antirepresentationalist ancestor of enactivism, the autopoietic theory of cognition, is able to deliver and secure externalism, thus offering the explosive combination that Wheeler claims us needed for a revolution in cognitive science. (shrink)

The viability of enactivist philosophy in providing descriptions of biological phenomena across the phylogenetic spectrum relies in large part on the scalability of its central concepts, i.e. whether they remain operative at varying levels of biological complexity. In this paper, I will examine the possibility of scaling two deeply intertwined concepts: cognition and surrounding world. Contra some indications from Varela and others, I will argue that the concept of embodied cognition can be scaled down below the level of the organism. (...) I will draw upon the “cognitive biology” espoused by Kováč and Monod’s studies of protein behaviour to make this case. The downscaling of embodied cognition below the level of the organism has ramifications for how we understand the concept of surrounding world. Reconfiguring the relation between these two central bioenactive concepts has further consequences for what ontological commitments bioenactive thinking leads to, and what paths of investigation it points us toward. (shrink)