Body Awareness Course — Concept & Working Notes

A living document. This is an infrastructure note for organizing ideas, sources, and course structure — not a polished output. The goal is to create an actionable form for material that currently exists only as scattered files, notes, and mental models.

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What This Project Is

A course that reviews body awareness as an intellectual and empirical territory — mapping the existing landscape of philosophical, neuroscientific, and pedagogical frameworks — and locating the gaps that Baseworks observations begin to fill.

Immediate purpose: organize scattered materials into a coherent structure that can be developed incrementally alongside other priorities (BRNet June 2026, McGill May 11, 2026).

Medium-term purpose: produce a concrete artifact — a syllabus or structured review — that could support academic conversations, publication, or an actual university module proposal.

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The Core Argument (as it stands)

The body representation literature is organized almost entirely around two contexts:

1. Pathology — neglect, phantom limbs, eating disorders, autism, body dysmorphia
2. Basic science of healthy subjects — rubber hand illusion, multisensory integration, peripersonal space, repositioning accuracy

What is largely absent:

• A systematic account of trainability in healthy populations — the idea that body representation is not fixed, not merely broken or intact, but developmentally plastic in adulthood
• A description of gradients of awareness — the phenomenal continuum between no awareness and high awareness of a given bodily dimension
• An account of phenomenal qualities — the actual texture of first-person body experience, what it is like to detect a localized muscle activation vs. a diffuse postural sensation vs. a respiratory cycle

Gallagher (2006) maps the structure of body experience from a phenomenological standpoint, but is not asking what can be changed through practice. The clinical literature treats breakdown, not underdevelopment. The wellness/somatic literature has practitioners with highly developed capacities who largely resist formal description.

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The Structural Problem in the Field

There are two poles, and almost no one occupying the middle:

Pole 1 — Theorists without practice: Philosophers and phenomenologists developing conceptual frameworks (Merleau-Ponty, Gallagher, Husserl) from the armchair. Rich conceptual vocabulary, minimal first-person expertise in cultivated body awareness.

Pole 2 — Practitioners without formalization: Meditators, somatic educators, dancers, yoga teachers — people with genuinely developed capacities — who often actively resist analysis. Common responses:

• “You shouldn’t focus on those sensations — just let them go” (meditation context)
• “Trying to understand movement means you’re doing it wrong” (somatic/dance context)

The result: the people who have the experiential data don’t produce formal descriptions, and the people who produce formal descriptions don’t have the experiential data. The knowledge stays tacit.

Baseworks sits uncomfortably between these poles — it has the empirical record (10+ years, 10,000+ learners, systematic instruction development) and the practitioner’s first-person expertise, and is trying to formalize it. That discomfort is the productive position.

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Key Concepts to Map

The standard framework: body representation = body schema + body image

From the BRNet 2026 researcher’s abstract (systematic review on autism):

“Body representations (BR) are multidimensional constructs that shape everyday functioning, autonomy, and quality of life. They include body schema (BS): the action-oriented representation of the body that supports movement and sensorimotor regulation, and body image (BI): the conscious perceptual, affective, and cognitive experience of the body.”

From Wikipedia (Body schema article, citing Gallagher 2006 as ref 24):

“In science and elsewhere, the two terms are still commonly misattributed or confused.” “A body image consists of perceptions, attitudes, and beliefs concerning one’s body. In contrast, body schema consists of sensory-motor capacities that control movement and posture.”

Key note: the distinction is historically messy. Efforts to define them clearly and differentiably are ongoing.

Body schema

• Action-oriented; subpersonal; supports movement and posture
• Haggard & Wolpert: seven fundamental properties of the body schema
• Wolpert: “the only reason to have a brain is because it needs to control movement” (TED talk)
• The Dr. Emily Splichal YouTube framing (“body schema = know if you can pass between chairs”) represents the narrow wellness-industry reduction to avoid

Body image

• Conscious; perceptual, affective, and cognitive
• Body image ≠ body schema; “perception differs from movement”
• Body image is where the clinical/psychiatric literature concentrates (eating disorders, BDD, autism)

Body representation (umbrella)

• The superordinate term used at BRNet
• In the autism/clinical literature: alterations linked to sensory processing, motor coordination, social interaction, self-perception, identity

What’s missing from this standard framework

• Localized proprioceptive awareness — conscious detection of spatially specific sensations (muscle activation, joint position) — doesn’t cleanly fit either body schema (subpersonal) or body image (perceptual/affective). This is the Baseworks bottleneck #1.
• Gradients and trainability — both body schema and body image are described structurally, not developmentally. What does a high vs. low degree of each capacity look like? How does it change?
• Phenomenal qualities — the texture of first-person experience is described in philosophy (Merleau-Ponty) but not in the neuroscience literature

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Philosophical Traditions to Map

• Phenomenology (Husserl, Merleau-Ponty): Kinaesthesia, the lived body (Leib vs. Körper), perception-action loop, embodied cognition
• Gallagher: How the Body Shapes the Mind (2006) — distinguishes body schema and body image rigorously; also distinguishes proprioceptive information (subpersonal) from proprioceptive awareness (first-person)
  • Note: Gallagher’s “proprioceptive awareness” ≈ spatial/positional sense. Differs from Baseworks usage (localized sensations in muscles/joints).
• Yuasa: The Body — Japanese philosophical tradition, cultivation as a path to changing body-mind relationship; relevant to the trainability gap
• Cognitive science / 4E cognition: Embodied, embedded, extended, enactive approaches
• Gibson — affordances

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Proposed Course Outline (draft)

Module 1 — Conceptual Foundations

• Defining body awareness, body representation, body schema, body image
• History of the distinction (Head & Holmes origins, Gallagher’s synthesis)
• Why the two terms are still confused
• Key philosophical traditions (phenomenology, cognitive science, East Asian philosophy)

Module 2 — Philosophical Traditions

• Merleau-Ponty: the lived body, perception as motor engagement
• Husserl on kinesthesia
• Gallagher: body schema vs. body image — the careful version
• Yuasa: cultivation and the body-mind problem

Module 3 — Neural Substrates

• Body schema: somatosensory cortex, cerebellum, UCM, fusimotor/spindle physiology
• Body image: parietal cortex, insular cortex, multisensory integration
• Interoception: insular cortex, anterior cingulate, autonomic nervous system
• Repositioning accuracy and central vs. peripheral mechanisms (Proske & Weber 2026)

Module 4 — What Pathology Reveals

• Hemispatial neglect
• Phantom limb and body integrity
• Eating disorders and body image distortion
• Autism and body representation (the BRNet researcher’s systematic review framing)
• What these breakdowns reveal about the structure of normal representation

Module 5 — Healthy Populations: Gradients and Underdevelopment

• The distinction between broken and underdeveloped
• Evidence for individual variation in proprioceptive awareness (Baseworks survey: n=36)
• Predictable failure patterns in healthy adults (Neuro 2026 abstract framing)
• What the wellness/somatic field captures without formalizing

Module 6 — Trainability

• Motor learning literature (Fitts-Posner, UCM, degrees of freedom problem)
• What changes with practice — and what the literature doesn’t describe
• The Baseworks three-component framework as a case study
• Gradients of awareness as pedagogically tractable

Module 7 — The Practitioner-Researcher Gap

• Who holds the knowledge (practitioners) vs. who produces formal descriptions (theorists)
• Why practitioners resist formalization: phenomenological, cultural, institutional reasons
• What would it take to bridge this — the methodological problem
• Naturalistic study as a partial solution

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Key Sources

Books (starting points for structure)

• Gallagher, S. (2006). How the Body Shapes the Mind. — at 03-resources/science papers/How_the_Body_Shapes_the_Mind_-_Shaun_Gallagher.docx
• Yuasa, Y. The Body — to acquire/locate

Papers

• Proske U, Weber BM. (2026). Measures of human position sense do not always include contributions from peripheral sensory receptors. Eur J Neurosci, 63:e70444.
• Mehling et al. (2009). Body awareness: construct and self-report measures. PLoS ONE
• Price CJ, Hooven C. (2018). Interoceptive awareness skills for emotion regulation. Frontiers in Psychology
• Luu et al. (2011). The fusimotor and reafferent origin of the sense of force and weight. J Physiol
• Gallagher S. (2006). How the Body Shapes the Mind — also citable as source for body schema/image distinction
• BRNet 2026 researcher’s systematic review: “Reframing Body Representations in Autistic Individuals: A Systematic Review” — to read and cite

People / Conversations

• Paul Cisek (Université de Montréal) — conversation on UCM and DOF; see paul-cisek-asia-conversation-transcript
• BRNet 2026 researcher (connected via LinkedIn) — presenting at Padua; systematic review on autism + body representation
• Haggard & Wolpert — seven properties of body schema

Video

• Wolpert TED talk — “the only reason to have a brain is because it needs to control movement”
• YouTube: Merleau-Ponty philosophy lectures (found during breakfast search)

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Related Vault Files

• BRNet 2026 Abstract — Three Trainable Components; the Baseworks framework’s entry into this literature
• Neuro 2026 Abstract — Predictable failure patterns; underdeveloped DOF control in healthy adults
• Neuro 2025 Abstract
• paul-cisek-asia-conversation-transcript
• spindle-physiology-and-phenomenology — neural substrate material
• fitts-posner-3-stages-of-skill-acquisition
• science — Baseworks-oriented science docs (starting-from-Baseworks direction)
• Iterative Refinement

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Materials to Organize (scattered, need routing here)

• Baseworks articles on proprioceptive awareness — route key claims into Module 5/6 notes
• Survey data (n=36 proprioceptive awareness variation) — needs a dedicated note
• Learner feedback corpus (n=61 text, n=25 interviews) — relevant for Module 6
• Gallagher book notes — to build as read
• Yuasa — acquire and begin reading
• BRNet systematic review paper — read and annotate

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Open Questions

• How does Gallagher’s concept of proprioceptive awareness (positional/spatial) relate to the Baseworks concept (localized sensations)? Are these two distinct capacities both subsumed under “body schema,” or does Baseworks’ localized awareness require a new category?
• Is “gradient of awareness” a concept that exists in the phenomenological literature, or is this an original framing?
• What is the actual evidence base for trainability of body schema (not just body image)?
• Who is currently doing the most empirically rigorous work on body representation in healthy non-clinical populations?