A Coherent Interpretive Substrate: Pattern Overlay, Plausibility Gradients, and Boundary-Based Sensemaking Across Scientific and Mythological Domains

This paper introduces a coherent interpretive substrate designed to support sensemaking in domains characterized by incomplete measurement, symbolic layering, and overlapping narratives. Rather than advancing specific explanatory claims, the framework emphasizes pattern overlay, boundary alignment, and plausibility gradients as tools for organizing perception, perspective, and conception prior to assertion. Drawing from geometry, electromagnetic field research, neuroscience, systems biology, and cross-cultural symbolic traditions, the model offers a structured way to integrate scientific measurement with mythological and experiential narratives without requiring belief adoption or explanatory closure. The framework is presented as a pre-claim navigational aid, supporting discernment, interpretive stability, and interdisciplinary dialogue. coherent systems, plausibility gradient, pattern overlay, boundary conditions, interpretive frameworks, electromagnetic resonance, nervous system regulation, parasympathetic tone, neurocoherence, geomagnetism, environmental coherence, symbolic narratives, mythology and science, systems thinking, pre-assertive models, sensemaking, interdisciplinary synthesis, bioelectromagnetics, Schumann resonance, perception and perspective, conception models, relational interpretation, cognitive stability, enclosure effects, cave environments, architectural coherence, resonance biology, autonomic balance, vagal regulation, field coherence, cultural patterning, narrative alignment, complexity navigation, non-assertive frameworks, epistemic humility, pattern recognition, integrative science, environmental physiology, mythic symbolism, interpretive stability, boundary alignment, relational cognition, collective sensemaking, contemplative environments, harmonic structures, coherence mapping, pre-claim inquiry