The Arnold Resonance Model (ARM): A Unified Flow Framework for Metabolic Stability, Resonance Dynamics, and Systemic Energy Adaptation

The Arnold Resonance Model (ARM) proposes that metabolic stability emerges not from static biochemical levels but from coherent energy flow across a hierarchy of physiological compartments. Central to ARM is the Arnold Flow Gradient (AFG), a conceptual and potentially measurable parameter describing the alignment or misalignment between capillary supply and interstitial transport. ARM integrates the roles of the cell, the membrane, the interstitium, the microvasculature, systemic hemodynamics, and neuro-endocrine control into a dynamic, bidirectional inflow–outflow system. A core tenet of ARM is the organism’s dual role as both architect and responder of its own energy flow. Organs, as structured cellular collectives, actively shape inflow–outflow coherence while remaining susceptible to the dysregulations they generate. The model offers mechanistic hypotheses for phenomena such as hot flashes, nocturnal sweats, paradoxical glucose drops, exercise-induced stabilization, and symptomatic states despite normal laboratory values. ARM suggests applications in early metabolic detection, precision nutrition, micro-movement therapeutics, wearable development, and the reinterpretation of endocrine and autonomic instability. ARM is presented as a hypothesis-generating framework intended to open measurable research pathways rather than provide final claims.