New SubmissionOn the Perspectives of Locality: A Resolution to the Wave–Particle Duality Paradox in the Double-Slit Experiment

The single-particle interference paradox in the double-slit experiment challenges the foundations of locality, realism, and determinism. A particle appears to interfere with itself, suggesting nonlocal behavior and probabilistic ontology. I introduce Dynamic Locality (DL), a coherence-curvature framework that resolves the paradox without abandoning structure. DL reframes quantum behavior through perspectival architecture—where coherence evolves globally, resolution commits locally, and realism emerges from structural alignment. It introduces absolute, discrete, and continuous localities, each governed by the perspective through which motion is interpreted. The double-slit becomes a probe into spacetime's perspectival geometry, revealing that quantum paradox arises not from contradiction, but from incomplete framing. DL offers a conceptually complete ontology in which locality, realism, and determinism emerge as perspectival outcomes of coherence across curvature.