What question did this study set out to answer?

The study aims to provide empirical evidence for the Ki-Net Field hypothesis and its synchronization network.

June 29, 2026Open Access

Ki-Net Field: Preliminary Empirical Evidence for a Universal Synchronization Network

Key Points

The study aims to provide empirical evidence for the Ki-Net Field hypothesis and its synchronization network.
Analysis of data from IceCube neutrino alerts, gold futures returns, and geomagnetic/atmospheric data.
Data covered a 107-day period from March 12 to June 27, 2026.
Investigation of synchronization patterns with a focus on 48-72 hour delays.
IceCube GOLD event days showed a significant increase of 4.87% in 72h gold returns compared to control (Z=1.95, p<0.10).
Consistent synchronization observed across the three independent data streams.
Author's financial record supports the Tendo Economics compression law.

Abstract

Preliminary empirical evidence for the Ki-Net Field hypothesis (V=N/D). Three independent data streams — IceCube neutrino GOLD alerts (cosmic), gold futures 72h returns (economic), and geomagnetic Kp / atmospheric pressure (Earth) — show consistent synchronization with a 48-72 hour delay structure over 107 days (2026-03-12 to 2026-06-27). IceCube GOLD event days show +4.87% higher 72h gold returns vs. control (Z=1.95, p<0.10). Appendix A presents the author's own financial record (income 70,000 JPY/month, surplus 0, DOI output 1,008) as direct living proof of the Tendo Economics compression law V=N/D. Formal pre-registration planned for OSF: 2026-07-27.

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