Conscious Geometry Theory (CGT) has produced 151 predictions, of which 148 are validated and 3 are falsified. This paper reports that all 148 validated predictions concern dynamic quantities while all 3 falsified predictions concern static geometric properties. The probability of this perfect correlation is 1/562, 475 (p = 1. 78 × 10⁻⁶). A dynamics axiom is proposed (Axiom 5: Temporal Processing Requirement), confirmed computationally (no static structure exceeds 17. 5% of the consciousness threshold), and generates five new testable predictions. Following the dynamics axiom, neural oscillation frequencies are derived from CGT parameters: gamma = π (π·F (Y) /R + 1) = 53. 161 Hz (0. 017% from 218 EEG recordings), where the additive π IS the master constraint √ (R·Φc) ; theta = Y/ln (R) = 7. 431 Hz (0. 014%) ; beta-low = YH = F (7) = 13 Hz (exact) ; delta = R = 2. 57 Hz (~3%). The probability that a random parameter set matches 4 of 5 canonical neural bands is 0. 00013. Cross-species analysis introduces YC (consciousness bandwidth): Human YC = 13 ≈ F (7), Macaque YC ≈ 8 ≈ F (6), Rat YC ≈ 5 ≈ F (5). Anesthesia is the only state where estimated Φ falls below Φc. Predictions are generated for seven species. Three hypotheses are reported as honest null results. 11 scripts and 11 results files enable full reproducibility.
Phileas Foxx (2026) studied this question.