Coherence as the Organizing Principle of Embodied Self-Regulation: Tri-Field Dynamics, Triality Structure, and Teleodynamic Maintenance Across Timescales and Relationships | ChatGPT5 & NotebookLM

Human self-regulation depends on the continuous coordination of three interdependent sensory–regulatory domains: the proprioceptive field (form), the interoceptive field (state), and the exteroceptive field (world). These fields jointly shape posture, autonomic tone, affective experience, environmental interpretation, and the maintenance of a coherent sense of self. This tri-field architecture reflects a structural–energetic–informational triality common to adaptive biological systems and is implemented through recurrent neural circuits linking the cerebellum, insula, anterior cingulate cortex, hypothalamus, and brainstem.

Coherence arises when these fields remain in dynamic alignment; dys-coherence occurs when field coupling is disrupted, producing patterns such as anxiety, collapse, chronic pain, dissociation, and hypervigilance. Regulation is inherently rhythmic and unfolds across multiple timescales, from rapid sensorimotor adjustments to developmental shaping across early relational experience. Co-regulation is central to this process, and trauma is understood not as dysfunction but as adaptive coherence fixation under constrained conditions.

The model clarifies why cognitive interventions often fail when attempted before somatic and autonomic stabilization, and provides a sequencing principle for repair: Form → State → World → Meaning. It offers a unified framework for integrating medicine, psychology, physiotherapy, trauma therapy, developmental science, and relational practice into a coherent approach to restoring human regulatory capacity.

The Body as Pattern: Biotensegrity, Symbolic Recursion, and the Architecture of Healing | ChatGPT4o

This book presents a paradigm-shifting framework for understanding health, disease, and healing — one that moves beyond mechanistic models and into the realm of patterned flow, symbolic recursion, and morphogenetic coherence. Drawing on insights from biotensegrity, fascia science, embryology, systems theory, and symbolic anatomy, the work reveals the body not as a machine of isolated parts, but as a living, self-organizing, meaning-generating whole.

Through the integration of emerging scientific insights and ancient metaphysical principles, we introduce the concept of the mesokinetic system — a dynamic, fascia-centered structure that bridges tension, perception, and movement as a unified process of informed deformation. We reframe pathology as patterned constraint, not malfunction, and healing as the re-establishment of resonance within nested flow architectures.

The TATi Grammar (Tend–Align–Transcend–Integrate) and the concept of symbolic time crystals are introduced as tools for understanding the recursive nature of life-patterns and the therapeutic process of re-coherence. Through clinical applications, visual mandalas, symbolic glyphs, and case studies — from chronic pain and autoimmunity to Long COVID and somatic repatterning — the framework equips practitioners, educators, and policymakers with a new language of pattern literacy, interoceptive listening, and systemic integration.

The result is a regenerative medical cosmology that invites us to see the body — and the world — not as fragmented and flawed, but as a dynamic expression of evolving coherence, resonant intelligence, and symbolic becoming.

Biotensegrity Reimagined: Dynamic Prestress, Fasciategrity, and the Mechanobiological Architecture of Human Health | ChatGPT4o

Tensegrity — short for tensional integrity — has emerged as a unifying principle in biology, describing how form and function across scales are maintained through dynamic balance between continuous tension and discontinuous compression. This review reimagines biotensegrity not as a static architectural metaphor, but as a living, adaptive process that shapes the structure, sensation, and coherence of the human body. Synthesizing insights from molecular mechanobiology, fascia science, developmental morphogenesis, and somatic therapeutics, we propose that prestress is not merely a mechanical necessity but a morphogenetic code: the primary force patterning biological form, guiding function, and encoding embodied memory. Fascia is reframed as the structural and communicative matrix of life — an intelligent continuum linking motion and meaning. The concept of fasciategrity is introduced as an evolution of biotensegrity, centering fascia as both anatomical medium and epistemological key. We explore the clinical, educational, and symbolic implications of this framework, offering a transdisciplinary map for future research, integrative healthcare, and regenerative design.