Wide Mechanistic Computation
My doctoral research focuses on developing a wide mechanistic approach to computation. The core idea is that some computational mechanisms constitutively include elements of the embedding environment, and that these mechanisms form the proper target of computational explanations within cognitive science. Drawing on empirical and philosophical resources, I aim to create a robust account that provides conceptual and methodological guidance for researchers.
Levels in Cognitive Science
I have spent some time in recent years thinking about the concept of levels and its role within cognitive science. Talk of levels is not only ubiquitous within cognitive science, but it also plays a central role within foundational discussions. My broad aim has been to show that a pluralistic approach to levels helps to generate a more complete understanding of what is going on in cognitive science, both in terms of theorising and modelling.
4E Music Cognition
The explosion of research in embodied, embedded, enactive and extended cognition has done much to change how we think about and study the mind. In pursuit of further developing the 4E framework, I have sought to integrate theories of embodied, embedded, and extended cognition into the study of music cognition. My aim has been to advance the study of music cognition by focusing on the ways in which musical processes are often integrated with and heavily dependent on body and world.