What question did this study set out to answer?

The aim is to verify the Koku Universe v3.1 model by deriving GPS time corrections and analyzing correlations with market data.

June 21, 2026Open Access

Koku Universe v3.1: Numerical Verification Note — GPS 38 μs/day Derivation and IceCube-Gold Market Correlation Analysis

Key Points

The aim is to verify the Koku Universe v3.1 model by deriving GPS time corrections and analyzing correlations with market data.
Derived GPS satellite time correction of +38.4 μs/day using the Koku temporal pressure gradient model.
Analyzed 54 IceCube Gold/Silver alerts from 2019 to 2025 for correlation with gold price changes.
Compared responses to high-signalness and high-energy events against low-signalness and low-energy events.
High-signalness events resulted in a 2.69% gold price change compared to 1.47% for low-signalness events.
High-energy events showed a 2.38% price change versus 2.01% for low-energy events.
Results support the Koku Universe v3.1 prediction correlating excitation intensity with market perturbation magnitude.

Abstract

This verification note provides numerical evidence for the Koku Universe v3.1 model (DOI: 10.5281/zenodo.20534249). Part 1 derives the GPS satellite time correction of +38.4 μs/day from first principles using the Koku temporal pressure gradient model (∇τ(h) = GM/r²c²), achieving 0.26% agreement with the observed value. Part 2 analyzes 54 IceCube Gold/Silver alerts (2019–2025) against gold spot market responses. High-signalness events (≥0.7) show 2.69% average 7-day gold price change vs 1.47% for low-signalness events. High-energy events (≥300 TeV) show 2.38% vs 2.01% for low-energy events. These results are directionally consistent with Koku Universe v3.1 Prediction 2, which states that Genki excitation intensity correlates with market field perturbation magnitude.

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