Data/Code for "Null Time as a Geometric Clock-Rate Constraint across FRBs, PTAs, and Analogs

Reproducible Summary Dataset & Code for “Null Time as a Geometric Clock-Rate Constraint across FRBs, PTAs, and Analogs” (sole author: Jacob Barnes). This record contains compact summary tables and fully reproducible code to regenerate the paper’s key results and figures, plus pre-rendered figure outputs and integrity checks. Contents- data/ — summary CSVs: • frb_micro_only_summary.csv (κ²ℓ* = 1.688×10⁻¹⁷ m; 95% CI [1.021×10⁻¹⁷, 3.969×10⁻¹⁷]; p_perm = 0.479; N = 15) • pta_arm_interarm_drift.csv (β = −24.306 ± 0.097 μs·yr⁻¹; N_bins = 182; window = 21 days) • digital_analogs_summary.csv (two runs; deterministic latency slopes 24.7±2.3 and 13.45±4.80 ms·hop⁻¹; variance slopes 3.2±2.7 and 0.074±0.038 ms²·hop⁻¹; null accumulation, p ≈ 0.29–0.30) • uv_environment_proxies.csv, bh_afterglow_requirements.csv- code/ — reproduce_all.py (matplotlib), requirements.txt, environment.yml- figures/ — pre-rendered PNG/PDFs of all figures- launch/ — one-click runners for Windows (.bat, .ps1) and POSIX (run_repro.sh)- docs/ — README.md, data_dictionary.csv, LICENSE.txt (CC BY 4.0), CITATION.cff, VERSION.txt, MANIFEST.json, SHA256SUMS.txt How to reproduce1) python -m pip install -r code/requirements.txt2) python code/reproduce_all.py # or: ./run_repro.sh (macOS/Linux) # or: launch\run_repro.bat / launch\run_repro.ps1 (Windows) Outputs are written to figures/. NotesThese are summary data (not raw catalogs) chosen for fast, verifiable reproduction. Integrity files (MANIFEST.json, SHA256SUMS.txt) enumerate every file and SHA-256 checksum.