Gradient Material Field and Geodesic Network: Atomic Ontology of Gravity and Geometric Equivalent Interpretation of General Relativity

This paper proposes the Pearl-Lamp-Glow Model (LBM), a string theory-based realist framework for interpreting quantum phenomena. The model defines quantum particles as composites of string-derived "pearl-lamp" localized vibrations and "glow" extended physical fields, unifying explanations for wave-particle duality, double-slit interference, the Aharonov-Bohm effect, quantum tunneling, and entanglement. We further introduce the concept of Micro-Gravity Domains: microscopic spacetime curvature units generated by atomic rest mass, whose superposition forms an emergent gradient material field—posited as the physical basis for general relativity’s spacetime curvature description. Testable predictions (e.g., neutral atom AB effect, equal-energy electron comparative experiments) are presented, alongside discussions of theoretical limitations and future research directions. This work serves as a conceptual foundation for scholarly dialogue rather than a definitive conclusion. Keywords: String Theory; Quantum Mechanics Interpretation; Realism; Double-Slit Interference; Aharonov-Bohm Effect; Quantum Tunneling; Quantum Entanglement; Micro-Gravity Domain; Emergent Gravity; Falsifiable Experiments