A Working Class Buddha 🪬

Phenomenality is intrinsic to those perspectival processes rather than produced afterward. Particular phenomenal qualities correspond to the internal relational geometry of distinctions. Biological constraint systems stabilize those perspectives, and recursive modelling = selves.

The spiritual world feels like you mind. No linear space or time, no up or down - imagination as creation. Just thought and attention

After two years, here the final version. The Outlines of Sanity zenodo.org/records/20018018 It began as a theory of substrate-independent constraints in complex systems. I narrowed it to mental health: a place where coherence, collapse, load, and recovery are painfully visible. Full paper below 👇 The central claim is simple: Mental health is not the absence of symptoms. It is the capacity of a bounded physical observer to preserve or recover self-coherence while embedded in space, time, body, energy, social relation, and environmental load. The paper distinguishes two levels: The mental mind: symptoms, thoughts, feelings, diagnoses, narratives. The physical mind: the embodied observer that has to stay oriented, continuous, and anchored while the world acts on it. The symptom is the surface. The constraint is the structure. Constraint Dynamics proposes three primary stabilising functions: Λ - Spatial Lattice orientation, location, groundedness Γ - Temporal Strobe rhythm, sequence, continuity Θ - Energetic Anchor source, consequence, energetic weight Together, they form the conditions for self-coherence. When Λ, Γ, and Θ remain sufficiently coupled, a fourth property emerges: M -the Mirror. The Mirror is not a separate module. It is the system’s recursive capacity to remain observable to itself. In ordinary language: the felt capacity to remain oneself across change. This reframes mental stability. A stable mind is not perfectly calm. It is not symptom-free. It is not still. A stable mind can move, bend, grieve, fear, imagine, sleep, wake, love, and recover without losing its organising form. The stable mind breathes. That is why the paper argues against treating mental health as maximum stillness. Too little variation becomes frozen: rigid, numb, stuck. Too much variation becomes chaotic: fragmented, unstable, overloaded. Health lives in the middle: bounded oscillation, adaptive movement, recoverable coherence. The framework also adds two practical variables: L - Load what the world asks of the system R - Reserve what the system has available to meet that demand A person’s apparent instability cannot be understood without asking whether load has exceeded reserve. This matters clinically. A mind that collapses under impossible load is not weak. It is overloaded. A mind that appears stable only because load is absent has not necessarily recovered. The question changes from “what is wrong with you?” to “which constraints are under strain?” The paper does not claim that diagnoses reduce to one mechanism. Depression, anxiety, psychosis, trauma, dissociation, burnout, addiction, and grief are heterogeneous. The disorder map is hypothesis-generating only: a way to ask which stabilising functions may be overloaded, rigid, uncoupled, or depleted. There is also a recovery claim: Recovery is not only symptom reduction. It has to include rebuilding the pattern. Phase 1: reduce load. Phase 2: heal substrate. Phase 3: rebuild constraint coupling under manageable load. That missing Phase 3 may be why relapse is so common. The paper is not offered as a completed proof. It is offered as a falsifiable model. The first empirical test is deliberately simple: a 30-day diary and wearable study asking whether orientation, rhythm, source/energy anchoring, load, and reserve predict next-day self-coherence better than symptoms alone. If those variables do not improve prediction, the theory is weakened. If they do, Constraint Dynamics may provide a measurable bridge between phenomenology, computational psychiatry, recovery science, and embodied theories of mind. Either outcome is useful. The framework is designed to be tested. The paper also connects to Golem, a constraint-native inference system I’ve been building. Golem does not validate the clinical claims. But it shows that the core terms - lattice, temporal binding, energetic cost, contradiction, silence, and Mirror-like coherence - can be implemented and perturbed in a live system. The deeper idea is this: Sanity is not freedom from constraint. Constraint is what lets consciousness hold shape. Without orientation, there is no world. Without rhythm, there is no continuity. Without consequence, there is no reality. Without the Mirror, there is no self. This paper began as something bigger: triadic cohesion across complex systems. I narrowed it because mental health was the first place where the theory could be made human, concrete, and testable. This is not the end of the theory. It is the first disciplined test case. Full paper: zenodo.org/records/20018018 PDF, DOCX, and Markdown are available. Feedback, criticism, and serious attempts to break the model are welcome. If the theory is wrong, I want to know where. #ConstraintDynamics #MentalHealth #Psychiatry #Consciousness