GEO-OBS Sprint 2A — Pre-Registration: H_GEO-RUPTURE v2 on Etna 2021–2023
GEO-OBS Sprint 2A — Pre-Registration: H_GEO-RUPTURE v2 on Etna 2021–2023
Pre-registration for GEO-OBS Sprint 2A. Frozen before Etna data retrieval. No data has been seen at time of upload. Hypothesis H_GEO-RUPTURE v2: Two independent proxy estimates of recoverability (Omori-p decay exponent and b-value) show systematic decline in the lead window prior to eruptive events on Etna 2021–2023, compared to quiet periods 2019–2020. This pre-registration is part of the M.E.M. Research Project testing whether recoverability generalises as a domain-crossing concept across AI governance systems and geophysical systems.
Omori-p, GEO-OBS, pre-registration, b-value, Etna, recoverability, volcanic seismicity, M.E.M. Theory, AI governance AI alignment decision systems algorithmic accountability algorithmic transparency decision architecture, H_GEO-RUPTURE
Omori-p, GEO-OBS, pre-registration, b-value, Etna, recoverability, volcanic seismicity, M.E.M. Theory, AI governance AI alignment decision systems algorithmic accountability algorithmic transparency decision architecture, H_GEO-RUPTURE
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