Neutrino Trains and Atomic Clock Anomalies – A Falsifiable Hypothesis

This work investigates the hypothesis that certain high-energy neutrino trains, as detected in observatories such as IceCube, may act as precursors of anomalies observed in reference atomic clocks (EAL-TAI, GPS, Galileo). The study considers: temporal correlations between neutrino bursts and deviations in atomic clock stability, the possibility that neutrinos may encode or transmit temporal structure, a falsifiable methodology confronting neutrino detection data with real clock anomalies. This hypothesis introduces a novel perspective: neutrinos may not only serve as astrophysical messengers but also as potential agents of measurable temporal inertia. The work is presented as a falsifiable path for future exploration and is explicitly linked to companion Zenodo deposits on the Inertial Buoyancy of Vacuum (Kβ) and neutrino ↔ EAL/TAI correlation studies.