Structural field theory (sft): a verification-first

Abstract structural field theory (sft) is a monistic structural-medium framework in which observed phenomena arise as stable configurations of a single scalar field s. Definition (ontology): there is only underlying phenomenon—structural micro-distortion of s—whose localized, topological, and propagating configurations realize all observed entities and interactions. Mass, spin, charge, gauge-like behavior, and gravitational response are manifestations of tensional geometry and its evolution, not independent postulates. This paper delivers a verification-ready protocol—artifacts, schemas, hash manifests, and pre-registered pass/fail gates—so independent reviewers can evaluate claims without trusting the authors. We enforce a strict separation between calibration (c) and prediction (p), and we provide an external-verification contract specifying the minimal solver outputs required to test key modules (em mapping, a gravity/ppn bridge, and an emergent spin-½ signature). structural field theory accessible data, documents and runners at: repository github: mit license

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