Pre-Registration: Quantitative Predictions for Non-Local Brain Correlations via the Transferred Potential Paradigm

Pre-registered experimental protocol for testing quantitative predictions derived from Multi-Plane Field Synthesis Theory (MPFST) using the transferred potential paradigm pioneered by Grinberg-Zylberbaum et al. (1994). We derive 7 falsifiable predictions from a single parameter — the fractional Laplacian order α = 1.2 — including a novel two-regime distance model: power-law decay r^(-1.8) at local scales transitioning to a distance-independent floor at intercontinental scales. The coupling constant κ is calibrated from three independent replications (Radin 2004, Standish 2004, Wackermann 2003). Predictions include spectral enrichment ratios, sigmoid meditation threshold dynamics, bidirectional symmetry, and distance-independent latency — the latter two never previously tested. This pre-registration establishes priority and falsification criteria before any data collection.