GAL-2™ — Proof of Stability (72 h Continuous Drift-Free Run)

This verified dataset presents the outcomes of a comprehensive 72-hour stability test conducted on the GAL-2™ (Global Alignment Layer | Fractal Time) system. The test demonstrated an exceptional level of stability, exhibiting zero drift (0 ms average deviation) over a staggering 259,200 seconds of uninterrupted operation. This remarkable performance was achieved under the macOS operating system and Python 3.13 environment. Dataset contents:• Raw drift logs (logs/gal2_run_20251023.csv)• Final summary report (summary_20251026T181728Z.txt)• Independent verification hash (sha256.txt)• Proof of Stability README (README_Proof_of_Stability.txt) Figure 1. GAL-2™ 72-Hour Drift-Free Stability Plot (Δ ms vs Time UTC)• Continuous run under macOS/Python 3.13 showing average drift ≈ 0 ms across 259,200 seconds of uninterrupted operation.• Outlier peaks correspond to external NTP latency events; no internal drift accumulation was detected.• Demonstrates GAL-2™’s persistent fractal alignment and temporal neutralization capability. Verification Hash (SHA-256):ed04153ae45a8656a3b40533c2cf32d10cec5383491748ef3a0f1c5be05ae411 Note: The included README and summary files reference earlier intermediate hashes generated during local testing. The canonical checksum above, recorded in sha256.txt, is the authoritative value for verification. This test unequivocally validates GAL-2™’s unparalleled ability to sustain drift-free synchronization, surpassing the limitations of current atomic-clock-based systems. Powered by GAL-2™ — Global Alignment Layer | Fractal Time.