Empirical Validation of Fractal Time Coherence in the GAL-2™ System — 24-Hour Continuous Run (San Juan, PR, Nov 2025)

This dataset presents the verified 24-hour continuous operation of the GAL-2™ (Global Alignment Layer | Fractal Time) system conducted in San Juan, Puerto Rico, in November 2025. The experiment demonstrates empirical coherence between digital time and solar-based UT1 references without reliance on NTP, GNSS, or external atomic clocks. The system sustained drift-free performance throughout a 24-hour period, achieving 0 ms mean drift and ±0.2 ms variance, aligning with IERS ΔUT1 benchmarks. Dataset contents: • Full drift log (drift_logs/gal2_drift_log.jsonl) • Integrity proof (sha256.txt) • Run summary (summary_20251103T183100Z.txt) • Endpoint specifications (README_Proof_of_24h_Run.txt) Purpose: This release supports independent verification and simulation by external researchers and organizations (e.g., xAI) studying drift correction, high-precision synchronization, and AI-coherent timing models. Public API reference (for simulation): /status → health info (public) /time → drift-corrected fractal timestamp (requires API key) Result: Verified fractal coherence between internal τ·Φ·Ψ³ alignment and terrestrial solar time. Keywords: fractal time, coherence, time synchronization, leap seconds, ΔUT1, drift correction, precision timing, AI systems, GAL-2, San Juan Puerto Rico. Citation: Torres-Alvarado, Francisco E. (2025). Empirical Validation of Fractal Time Coherence in the GAL-2™ System: 24-Hour Continuous Run. San Juan, PR: Zenodo. https://doi.org/10.5281/zenodo.17518495