All hypotheses, analytic protocols, and results are pre-registered and publicly filed before examination. Null results receive identical documentation treatment as positive findings.
Primary pre-registration for the multi-stream convergence study spanning geophysical, environmental, and human anomalous cognition domains across six hazard types: earthquake, flood, volcanic, avalanche, landslide, and tsunami. Three amendments filed to date: walk-forward methodology (Amendment #1), expanded event catalog (Amendment #2), and stratified temporal analysis (Amendment #3). All analytic protocols locked to OSF prior to result examination.
Pre-registered blind study conducted in coordination with the IRVA Research Unit, testing whether Remote Viewing, Map Dowsing, and Dream Analysis produce spatially convergent signals over an unstated search target. Research Coordinator: J. Tulloss. Project Lead: A. Weatherston (Augur Management).
Amendment #3 stratified analysis of the human anomalous cognition intake pipeline returned Bonferroni-significant pre-event temporal signals: flood at day −1, landslide at day −5 and day −1. Analysis applied across five catalogued hazard event types. Results committed to GitHub and filed to OSF under pre-specified protocol.
GPS deformation pipeline processed 2,746 TENV3 station files representing 48,858 daily BigQuery rows across global fault networks. Overall result null under pre-specified threshold. North Anatolian fault region returned AUROC 0.714 — the strongest individual signal across all geophysical streams in Phase 2 and the only region exceeding the pre-specified significance boundary.
Walk-forward amendment analysis of the H1 seismic precursor hypothesis returned a null result under the pre-specified analytic protocol. Filed and documented with equal treatment per the Synexis null-result parity standard. No post-hoc reframing applied.
Complete pipeline code, analysis scripts, and documentation. HAC intake processing, GPS deformation pipeline, geomagnetic stream ingestion, and convergence scripts — all version-controlled with full commit history.
synexisproject-bit →GCP project synexis-project-sentinel. Four datasets: hac_intake, sentinel_features, sentinel_groundtruth, sentinel_analysis. Daily ingestion pipelines via Cloud Run, documented schema, version-controlled infrastructure.
Schema docs →All pre-registrations, amendments, and filed results are independently timestamped on the Open Science Framework before any result is examined. Provides verifiable hypothesis lock dates accessible to any reviewer.
OSF Registry →Walk-forward convergence analysis completed and filed. H4 null result under pre-specified threshold. Pending re-run with high-fidelity ionospheric data access. Geomagnetic stream loaded: Kp, Ap, F10.7, Dst — 9,131 daily rows across five fault zones.
Blind data collection underway in coordination with the IRVA Research Unit. Three independent HAC modalities — Remote Viewing, Map Dowsing, and Dream Analysis — are being applied to an undisclosed search target under pre-registered blind protocol. Spatial convergence analysis will be conducted after collection is complete and pre-registration is committed. Research Coordinator: J. Tulloss. Project Lead: A. Weatherston (Augur Management).