This paper utilises selective writings by John Dewey and Maurice Merleau-Ponty as the conceptual basis for considering how an enhanced synergistic focus on habit and embodiment could support practice gains in schools. The paper focuses on Dewey’s belief that established habits can help students to incorporate experiences into evaluations of educational progress and Merleau-Ponty’s spotlight on the body-subject, and how it provides a holistic way of conceiving relations that avoid over privileging abstraction and cognition and under-representing the centrality of the (...) body in human experience. We then evaluate the role of language and reflection in relation to habit, embodiment, and education before discussing some of the general educational practice considerations which might improve the quality of students learning experiences. In conclusion, we consider the possibilities for Dewey’s pragmatism to function as a theoretical bridge to Merleau-Ponty’s phenomenology of perception and the nature of experience. We argue that while it is important to recognise points of difference, in relation to philosophical treatments of habit and embodiment, it is also important to consider the overlap and new connections between Merleau-Ponty and Dewey which are valuable to take forward in contemporary education. (shrink)

I respond to the 4 commentaries by Awais Aftab & Kristopher Nielsen, Hane Htut Maung, Diane O’Leary and Kathryn Tabb under 3 main headings: “What is the BPSM really?” & Why update it?; “Is our approach foundationally compromised?”, and finally, “Antagonists or fellow travellers?”.

In addition to natural curiosity, science is characterized by a number of psychological processes and perceptions. Among the psychological features, scientific enquiry relates to uncovering—or discovering—aspects of a world perceived as hidden from humans. A speculative theoretical model is presented, suggesting the evolution of science reflects psychological repercussions of wearing clothes. Specifically, the natural world is perceived as hidden due to the presence of clothing. Three components of scientific enquiry may arise from clothing: detachment from sensual experience, a perception that (...) the world is veiled in mystery, and an intellectual desire to uncover the hidden structure of nature. Rather than beginning with the emergence of Homo sapiens, the proposed connection with clothing implies that psychological foundations for science began to develop during the last ice age, with the invention of complex clothes that fully covered the human body. After the end of the last ice age, elements of scientific thinking began to emerge in societies where clothing was worn routinely for psychosocial reasons, including modesty. Notably, a scientific attitude was essentially absent in hunter-gatherer communities where nakedness remained the norm. This novel perspective aims to advance the history and philosophy of science, revealing the emergence of science as a situated phenomenon contingent on humans being covered. (shrink)

The complexity of the human mind and its interaction with the environment is one of the main epistemological debates throughout history. Recent ideas, framed as the 4E perspective to cognition, highlight that human experience depends causally on both cerebral and extracranial processes, but also is embedded in a particular sociomaterial context and is a product of historical accumulation of trajectory changes throughout life. Accordingly, the human microbiome is one of the most intriguing actors modulating brain function and physiology. Here, we (...) present the 4E approach to the Human Microbiome for understanding mental processes from a broader perspective, encompassing one's body physiology and environment throughout their lifespan, interconnected by microbiome community structure and dynamics. We review evidence supporting the approach theoretically and motivates the study of the global set of microbial ecosystem networks encountered by a person across their lifetime (from skin to gut to natural and built environments). We furthermore trace future empirical implementation of the approach. We finally discuss novel research opportunities and clinical interventions aimed toward developing low‐cost/high‐benefit integrative and personalized bio‐psycho‐socio‐environmental treatments for mental health and including the brain‐gut‐microbiome axis. (shrink)