REALITY In the Language of Physics

REALITY is a proposed foundational research programme based on the hypothesis that the properties conventionally used to describe dynamics—physical time, measurable frequency and effective viscosity—are emergent effects, not primitive attributes of a fundamental medium. The hypothesized unexcited medium lacks operational physical time; locally distinguishable excitation supports an effective ordering and duration of events. In regions of hindered relaxation, dynamical persistence may permit multi-mode phase organization, localized resonance structures interpreted provisionally as matter, and gravitational responses. Critical localized states are hypothesized as potential precursors of black-hole-like horizons; no horizon theorem has yet been derived. The manuscript constructs a precise status hierarchy, separates a possible pre-temporal relational ontology from the effective continuum equations that already assume time, and provides explicit candidate mathematical structures and no-go checks. It then reproduces the central surviving VES derivation chain: tilted-washboard depinning; heterogeneous critical-threshold ensemble; maximum-entropy exponential distribution with an explicit reference-measure assumption; the Bessel–Struve response; low-acceleration universality; the high-acceleration moment expansion; and the conditional flat-rotation/baryonic Tully–Fisher result. Historical static/dynamic no-go arguments and archived retractions are retained. An independent recomputation from the recovered 44-galaxy SPARC pilot workbook verifies the central calibration-failure diagnostics, distinct from unexecuted raw-kinematics fits. Toy Monte Carlo checks, observational-feasibility constraints and strict STOP criteria remain explicit. This data audit supports reproducibility and identifies limitations, but supplies no empirical confirmation of the new foundational ontology. A staged, preregistered research programme prioritizes coherent ontology, localized-structure dynamics, spacetime/gravity closure, precision tests, and genuinely discriminating observations.