QRUM (Quantum Resonance Unified Model): A Comprehensive Summary of P. Gabor's Phenomenological Framework for Resonance-Based Extensions of Modern Physics

This preprint presents a comprehensive summary of the Quantum Resonance Unified Model (QRUM), a phenomenological framework developed across a series of independent publications. Rather than replacing General Relativity or Quantum Mechanics, QRUM explores whether resonance, coherence, phase evolution, frequency stability, and multi-scale dynamical organization may represent complementary physical descriptors that become relevant in precision measurements. The summary integrates the principal concepts previously introduced in individual QRUM publications, including: • Resonance-based spacetime extensions • Modified gravity phenomenology • Frequency-curvature coupling • Multi-scale resonance organization • Gravitational-wave phenomenology • Precision metrology concepts • Quantum coherence framework • Experimental predictions • Falsifiable observational tests • QRUM Multi-Modal Quantum Perturbation Detection Architecture The document is intended as a unified scientific overview that consolidates the current state of the QRUM framework while identifying experimentally testable directions for future investigation. QRUM is presented as a phenomenological research framework whose hypotheses require independent experimental verification and remain subject to potential falsification.