Universal Field Theory (UFT): A Field-First Framework Beyond Time, Motion, and Probability

Universal Field Theory (UFT) presents a foundational, field-first framework for physics that unifies quantum, classical, and gravitational regimes without treating time, motion, probability, or observer neutrality as fundamental. UFT models reality as an equilibrium-seeking structured field (Structured Vacuum Energy, SVE) in which all phenomena arise from deviations (Δ) that resolve through recognizability thresholds (ATT) under lawful coupling. Within this framework, quantum indeterminacy is interpreted as unresolved field deviation below recognizability thresholds, classical mechanics emerges from constrained resolution of condensed energy, and gravitational phenomena appear as far-field coherence effects describable by minimum-ATT relations. Established theories such as quantum mechanics, Newtonian mechanics, and general relativity are retained as effective approximations within their respective regimes. This report establishes the conceptual and ontological foundation of UFT, reinterprets core physical concepts such as time, light, force, and mass, and outlines directions for mathematical formalization and experimental testing. The work is intended as a citable foundational reference to support further theoretical, computational, and experimental development by the physics community.