Elsevier Neuroscience Without Representations: Building a Brain-in-a-World View

In Neuroscience Without Representations, an Open Access book, Oscar Vilarroya addresses the notion of “representation” as used in expressions like “neural representation” or “mental representation”. This concept is fundamental in neuroscience, yet there remains no clear, universally accepted view on what it means for a nervous system to represent something, what constitutes a neural activity as a representation, and what is being re-presented. The book lays the foundation for a non-representational view of brain function. Building upon György Buzsáki’s critique of the theoretical framework underlying current cognitive neuroscience, Vilarroya argues that disciplines such as embodied and embedded cognition―collectively known as ‘4E cognition’―are driving a paradigm shift in our understanding of animal cognition. Rather than grounding cognition solely in representations, the author proposes an alternative: understanding cognition as enaction―the meaningful engagement of an organism to address situational requirements. The book supports this approach through detailed analyses of recent studies. Presents Arguments for a Non-Representational View of the Brain. Addresses the Unsuitability of Neural Representation for Understanding the Brain as a Cognitive Organ. Explores How Non-Representational Brains Can Still Be Knowledgeable. Introduces the Basics of an Alternative Approach to Neural Representation.