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clock-networks

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matthewsmawfield / TEP-GNSS

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Global Time Echoes: Distance-Structured Correlations in GNSS Clocks — Multi-center analysis of 62.7M station-pair measurements across CODE, IGS, and ESA (364 stations, 2023–2025) revealing distance-structured clock correlations (λ_T = 3,330–4,549 km) and autocorrelation-corrected orbital velocity coupling (r = −0.763, ~3.0σ).

gps geodesy gnss spectral-analysis spatial-correlations scalar-field multi-center-validation atomic-clocks precision-timing fundamental-physics temporal-equivalence-principle time-echoes distance-correlations conformal-coupling clock-networks screened-fields
  • Updated Oct 27, 2026
  • Python

matthewsmawfield / TEP-PPP

Star 2

Temporal Equivalence Principle: Phase-Resolved Spatial Clock Priors for GNSS Outage Bridging — Satellite-pair & non-common-view clock coherence (λ_T = 4,076–4,348 km, 25–27σ), timing holdover (25 ns at 1 h), k=3–5 degraded-sky PPP, and 68-station live NTRIP ex-ante prediction (116/120 sealed wins).

python reproducible-research gps geodesy gnss ppp tep ntrip rtklib precise-point-positioning spatial-correlations atomic-clocks precision-timing temporal-equivalence-principle clock-networks
  • Updated Nov 3, 2026
  • Python

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