Evaluating Intentionality and Entropy as External Predictors of Biological Coherence Breaks in the Delta.72 Framework.

This study evaluates the SYNERGOS_IIM_v1.2 intentionality and integrity module as an independent external predictor of biological coherence breaks within the Δ.72 framework. Using a within-subject crossover design (N=30), we examine whether task-induced cognitive dissonance (Intentional Entropy) significantly accelerates the Time-to-Break (TTB) of the Δ.72 κt index compared to a standardized calm focus condition, while physical respiratory pacing remains constant at 0.1 Hz. ​The experiment utilizes high-resolution 8-channel EEG and HRV-derived tachograms to calculate relative gamma power and 1/f spectral slopes as time-varying covariates. This research aims to identify whether internal cognitive states and signal stability metrics explain variance in systemic coherence that physical parameters alone do not. The study is executed as a standalone falsification test of external module variables against the locked Δ.72 κt Version: v1.1.0-stable (Zenodo Hash: 72D-KAPPA-2026-X7J).