MEFI Unified Resonance,Compression Framework for Structure,Dynamics,and Modulation Across Quantum, Atomic,Biological and Cosmic Scales

MEFI: A Unified Resonance–Compression Framework for Structure, Dynamics, and Modulation Across Quantum, Atomic, Biological, and Cosmic Scales presents a scale-invariant theoretical model in which structure and dynamics arise from the interaction of three foundational fields: Universal Frequency Resonance (UFR), compression, and ΔQ (quantum difference). The paper introduces the MEFI Core Radial Response Equation and demonstrates, through analytical development and simulation, how stable matter forms only within resonance-permitted zones where compression and expansion balance. Across atomic, galactic, and biological domains, systems exhibit coherent recovery following ΔQ perturbations, with decoherence emerging when compression overtakes expansion (Phase D). Applications include a resonance-based reinterpretation of the periodic table, ultrafast atomic fluctuation modeling, galaxy-scale coherence dynamics, neural resonance prediction (~81.92 Hz), and structured ΔQ engineering concepts. The framework proposes a unified alternative to fragmented force-based ontologies, offering falsifiable predictions and computationally testable outcomes across scales