From the Biology of Love to Life-Coherent Governance: A Maturanan, Galtungian, and McMurtrian Framework for Structural Violence, Civil Commons, and Non-Forcing Politics | ChatGPT-5.5 Thinking and NotebookLM

Humberto Maturana’s biology of love provides a biological-ethical foundation for rethinking politics as the conservation of coexistence rather than the management of populations by external control. For Maturana, love is not sentimentality but the relational domain in which the other arises as legitimate in coexistence. This white paper extends that insight into an ethical-political framework by integrating Maturana’s biology of love with Johan Galtung’s theory of direct, structural, and cultural violence; John McMurtry’s life-value onto-axiology and civil commons; and Elinor Ostrom’s work on commons governance and social-ecological systems. The central thesis is that politics becomes life-coherent when institutions conserve and expand the conditions under which persons, communities, species, ecosystems, and future generations can live, develop, participate, repair, and coexist without domination. Conversely, political pathology arises when institutions conserve themselves by disabling life-capacity while legitimating such disablement as necessary, efficient, profitable, rational, or inevitable. This framework reframes governance as non-forcing coordination: the design, protection, and repair of life-enabling conditions rather than the coercive imposition of order from above.

From Natural Drift to Evolutionary Living Coherence: A Maturanan Framework for Evo-Devo, Niche Construction, Symbiosis, Inheritance, and Population Genetics | ChatGPT-5.5 Thinking and NotebookLM

Humberto Maturana and Jorge Mpodozis’s theory of natural drift reframes evolution as the historical conservation and diversification of organism–niche relations rather than as the direct optimization of organisms by external selection. This white paper develops natural drift in dialogue with contemporary evolutionary biology, including the Extended Evolutionary Synthesis, evolutionary developmental biology, developmental plasticity, niche construction, symbiosis, holobiont theory, inclusive inheritance, epigenetic inheritance, and population genetics. The central thesis is that evolution can be understood as the historical conservation, transformation, and diversification of viable ways of living. In this framing, development generates phenotype–niche possibilities; behavior guides organism–niche relations; plasticity enables structural coupling in ontogenic time; niche construction modifies the conditions of future evolution; symbiosis expands the organism beyond the host genome; inheritance transmits more than DNA; and population genetics describes the genetic stabilization, sorting, and transformation of variation across generations. Natural selection remains indispensable, but it is interpreted as one sorting process within the wider historical drift of living coherence. This synthesis does not reject the Modern Synthesis; it situates it within a broader relational biology of organism, niche, lineage, and biosphere.

Emotioning and Living Coherence: A Maturanan Framework for Affective Biology, Disease, Healing, and Non-Forcing Action | ChatGPT-5.5 Thinking and NotebookLM

Humberto Maturana’s concept of emotioning offers a biological account of affect that is neither reducible to subjective feeling nor separable from organismic life. For Maturana, emotions configure domains of possible action; a change in emotion is therefore a change in the world that becomes available to the living system. This white paper develops emotioning as a bridge between autopoiesis, structural coupling, affective neuroscience, interoception, emotional sentience, allostasis, co-regulation, psychoneuroimmunology, trauma, disease, healing, and non-forcing action. The central thesis is that emotioning is the embodied, historically calibrated, relationally co-regulated, and biologically consequential configuration of possible action through which organisms sense, value, and navigate their viability within a niche. Contemporary affective neuroscience supports this view by identifying ancient affective action systems, while Damasio’s account of feelings as body-state experiences links affect to life regulation. Peil Kauffman’s theory of emotional sentience further reframes emotion as a self-regulatory sense that provides self-relevant information about organism–environment relations. Interoceptive and allostatic models show how bodily regulation, prediction, energy allocation, and affect are intertwined. Attachment, social baseline theory, and social safety theory reveal that affect is not only individual but relationally and immunologically consequential. The paper concludes that healing requires more than symptom control: it requires restoration of viable affective coupling. Non-forcing action, or wu-wei, is proposed as the corresponding praxis of affective attunement: acting with the living organization rather than against it.

From Autopoiesis to Living Coherence: A Maturanan Biological Framework for Disease, Healing, and Non-Forcing Action | ChatGPT-5.5 Thinking and NotebookLM

Humberto Maturana’s biology of cognition offers a rigorous non-reductionist account of living systems as autonomous, structurally determined, autopoietic unities that conserve themselves through ongoing structural coupling with their medium. This white paper develops a Maturanan biological framework for understanding disease, healing, and non-forcing action. It proposes the concept of living coherence to describe the dynamic conservation of congruence among the nested processes through which a living system maintains viable organism–niche relations. These processes include metabolic and mitochondrial regulation, redox signaling, immune tolerance and repair, neuroendocrine-affective regulation, microbiome ecology, developmental plasticity, behavior, social relations, and ecological context. Within this framework, health is interpreted as the dynamic conservation of viable coupling; disease as costly conserved drift, loss of congruence, or collapse of organism–niche viability; and healing as the restoration or reorganization of viable structural coupling. The paper draws on Maturana’s concepts of autopoiesis, structural coupling, cognition, emotioning, love, and natural drift, and places them in dialogue with contemporary work in allostasis, mitochondrial psychobiology, redox biology, organism-centered immunology, microbiome science, affective neuroscience, evo-devo, and enactive cognition. The resulting framework supports a biological interpretation of non-forcing action: intervention as careful, congruent perturbation that respects the autonomy of living systems and enlarges their field of viable possibilities.

Mitochondria, Structural Coupling, and Intrinsic Health | ChatGPT-5.5 Thinking and NotebookLM

Mitochondrial psychobiology has opened a new way of understanding mind–body relations by showing that psychological states, stress physiology, cellular energetics, immune signaling, aging, resilience, and health are deeply interconnected. Martin Picard’s work has been central to this transformation, moving mitochondria beyond the narrow “powerhouse” metaphor toward a view of organelles as dynamic participants in energy transformation, biological communication, stress adaptation, and intrinsic health. Humberto Maturana’s biology of living approaches a different but related question: how living systems conserve themselves while changing in relation to a medium. Through autopoiesis, structural determinism, structural coupling, emotioning, and natural drift, Maturana offers a non-reductionist grammar for understanding living systems as self-producing, historically situated, relational unities.

This white paper reads Picard’s mitochondrial psychobiology alongside Maturana’s biology of living and asks what new distinctions become available. The dialogue brings into view mitochondria as energetic-relational participants rather than mere powerhouses, stress as perturbation rather than input, redox stress as loss of congruence rather than simple damage, energy resistance as the cost and texture of organized energy transformation, intrinsic health as conserved biological viability, disease as costly conserved drift rather than mere defect, and healing as restoration of viable coupling rather than repair of isolated parts. The result is a non-reductionist psychobiology of living coherence in which mitochondrial energetics, redox balance, stress physiology, emotioning, intrinsic health, disease, and healing are understood as nested expressions of how living systems conserve, lose, and restore coherence in relation to their worlds.