Topological Mass Quantization in the OHV Framework: From Icosahedral Symmetry to Predictive Particle Spectroscopy

he Optico-Hydrodynamical Vacuum (OHV) framework postulates that fundamental particles are topological defects with icosahedral symmetry (Ih, 120 elements) embedded in a viscous vacuum medium (eta = 0.004182). We present the finalized mass quantization formula m = m_e * q^(-Delta N/120) with q = eta*sqrt(3)/pi, and demonstrate its predictive power across five Standard Model particles at sub-percent precision without any adjustable fitting parameters. The primary purpose of this document is to establish a timestamped, falsifiable record of the model's predictions. The "Blind Oracle" algorithm identifies five empty symmetry nodes in the high-energy resonance regime with no corresponding Particle Data Group (PDG) entries. Out-of-sample predictions for these empty nodes are: 1578.8 +/- 23.7 MeV, 1992.6 +/- 29.9 MeV, 2319.2 +/- 34.8 MeV, 2566.2 +/- 38.5 MeV, and 2782.7 +/- 41.7 MeV. These values are pre-registered herein for future experimental falsification.