Avanava Field Theory: A Framework for Weak-Field Coherence and Temporal Density Dynamics

This deposit contains five foundational research papers introducing the Avanava theoretical and instrumentation framework: Avanava Field Theory (AFT) — Defines intrinsic time density, coherence order parameters, and the thick–thin temporal dynamics governing weak-field interactions. Coherence Engineering & LSME — Presents the Low-Strength Magnetic & Modulated Entrainment framework for generating controlled, biologically safe weak-field patterns and coherence modulation. Structured Water Dynamics — Describes the principles of coherence, field-mediated structuring, and resonant interactions in aqueous systems. SOMA (Synthetic-Organism Modelling Architecture) — Introduces a systems-level model for emergent behaviour, self-organisation, coherence drift, and weak-field entrainment in synthetic and natural systems. Instrumentation for Coherence, Drift, and Field Dynamics — Provides the measurement architecture, device categories, and experimental design required to validate AFT, LSME, SOMA, and Structured Water theory. Together, these papers form the first unified presentation of the Avanava research programme in coherence engineering, field dynamics, and weak-field biophysics.