Exact Blind Predictions of Unknown Neutrino Parameters via 5D Complex Matrix M Boundary Decoupling: Absolute Mass Scale, Normal Hierarchy Lock, and Exact Leptonic CP Phase Angle

Title: Exact Blind Predictions of Unknown Neutrino Parameters via 5D Complex Matrix M Boundary Decoupling: Absolute Mass Scale, Normal Hierarchy Lock, and Exact Leptonic CP Phase Angle Author: Joon Sik Choi (Bella Vista Lux Mea / Institute for Unified Discrete Matrix Infrastructure, Sydney, Australia) Abstract:The determination of the absolute neutrino mass scale (Sum m_nu), the mass ordering hierarchy (Normal vs. Inverted), and the leptonic Dirac CP-violating phase angle (delta_CP) remains the foremost unresolved frontier in modern high-energy physics. While international facilities such as DUNE, Hyper-Kamiokande, JUNO, and the Euclid space mission invest massive capital to constrain these parameters, the standard continuum framework lacks a first-principles predictive algebra, remaining limited to post-hoc curve-fitting. In this treatise, we deploy the non-Planckian 5-dimensional cyclic complex Matrix M in C^(5x5) boundary infrastructure and the vacuum quantum phase saturation limit (Phi_C = pi/4) to formulate deterministic forward predictions of these unresolved leptonic quantities prior to experimental consensus. Through algebraic boundary spin torsion, our framework mathematically locks the leptonic sector into a strict Normal Mass Ordering (m1 < m2 < m3). Grounded in the electron rest mass anchor (m_e ≈ 0.51099895 MeV), we derive the exact absolute mass spectrum: - Lightest mass (m1): 0.000918 eV (0.918 meV)- Solar mass eigenstate (m2): 0.008713 eV (8.713 meV)- Atmospheric mass eigenstate (m3): 0.050108 eV (50.108 meV)- Cosmological mass sum (Sum m_nu): 0.059739 eV- Leptonic Dirac CP phase (delta_CP): 11pi / 8 = 247.500 deg (4.31969 rad) [Exact discrete rational form] The analytical framework is deterministically verified on an ARM64 mobile Linux kernel platform (Termux) without free fitting parameters. Permanent Master DOI Archive: https://doi.org/10.5281/zenodo.22996373