The Ma Resonance Theory v2.0: Neutrinos as Indicators of Cosmic Interval Dynamics — From Statistical Anomaly to Theoretical Framework

This paper presents the Ma Resonance Theory v2.0, a theoretical framework resolving the central mechanism objection to Tendo Economics: the absence of a direct causal link between IceCube neutrino detection and gold market returns. The resolution is grounded in Reichenbach's Common Cause Principle (1956): neutrino events and market movements are not causally linked — they are parallel signatures of a common upstream cause, large-scale astrophysical energy release events. This structure requires no exotic physics and is consistent with standard scientific reasoning applied in epidemiology, physics, and economics. The paper introduces the KOKU Interval (間, Ma) as an operationally defined, directly measurable quantity: the number of elapsed days between the most recent IceCube GOLD-class alert and the current date. The theoretical proposition is that longer KOKU Intervals correspond to greater accumulation of astrophysical potential, and therefore to larger signatures in both neutrino signalness and market return magnitude when the next event occurs. Key revisions from v1.0 (incorporating critique from peer simulation): (1) structural inversion — data precedes theory; (2) Reichenbach Common Cause Principle as theoretical foundation; (3) terminology unified to KOKU Interval, with Ma as philosophical context; (4) Caterpillar (CAT) repositioned as a theory application example, not post-hoc explanation; (5) poetic conclusion replaced by three concrete Future Research Directions. The current KOKU Interval of 154 days is the longest in the IceCube observational record. The prospective CSS Event Window (May 25–30, 2026; pre-registered DOI: 10.5281/zenodo.20035265) constitutes the first formal test of this framework.