Real-Time Fractional Tracking (R–TFT): Phase-Resonance Stability Assessment Across Scales v1.0

This publication is grounded in the Real-Time Fractional Tracking (R-TFT) framework, a φ-resonant methodology for analyzing recursive coherence within dynamic systems. R-TFT does not rely on imposed models or empirical assumptions; instead, it evaluates the real-time alignment, slippage, and persistence of systems based on their intrinsic pacing structures. The framework is domain-agnostic and applicable across scales, from subatomic processes to cosmological phenomena. What this paper includes Domains covered: nuclear persistence, orbital coherence, Schumann drift alerts, and qubits (simulation only). Audit Tables: all figure claims are backed by end-of-paper Audit Tables; those tables are the proof-of-record. Repository: github.com/qcfrag/Real-Time-Fractional-Tracking-R-TFT Source fingerprint (tag/commit for this PDF): v1.0.0Audit Tables are the proof-of-record. License & ethicsOpen license; code guarded by REL-2.0 defaults (non-coercive use, inner/outer separation preserved). How to citePlease cite this Zenodo record (DOI) and the GitHub tag used.