Psycho-Thermodynamic Transfer Mechanics: Conduction, Convection, Induction, Circuit Accounting, and Absorption-Emission Dynamics in Living Systems

This conceptual paper proposes psycho-thermodynamic transfer mechanics as a transfer-and-circuit lens for understanding how state moves through living systems. Building from psycho-thermodynamics as a non-reductionist framework for load, rhythm, entropy, coherence, and reorganisation, the paper develops a set of disciplined analogues: conduction as state transfer through contact; convection as state circulation through repeated flows; radiation as state emission through tone, behaviour, symbol, or media; induction as state change through proximity to a changing field; Kirchhoff-style circuit accounting as the principle that incoming load must be routed, stored, transformed, dissipated, or displaced; and absorption-emission dynamics as a way of describing how unprocessed absorption may become outward emission. The paper does not claim that human beings are circuits, black bodies, or thermodynamic machines. Instead, it uses these concepts as bounded heuristic correspondences for improving observation, intervention timing, and ethical field stewardship. The framework distinguishes first-order stabilisation, which regulates variables inside an existing circuit, from second-order reorganisation, which changes the circuit architecture itself. It includes operationalisation pathways, worked mappings for relational, educational, and organisational settings, and a simple 0-3 field audit coding scale for early practitioner and research use.