Dynamical Origin of CP Violation in the TECC Framework and State-Dependent Neutrino Phase Predictions

This preprint presents a theoretical investigation of charge–parity (CP) violation within the Three Energy Cycle Cosmology (TECC) framework. Unlike the Standard Model, where CP-violating phases are introduced as empirical parameters, this work proposes that CP violation emerges dynamically from irreversible energy cycling among baryonic matter (BM), dark matter (DM), and dark energy (DE). The concept of a cycle phase lag is introduced, representing an effective, non-removable phase arising from non-equilibrium energy transfer and rebound dynamics.Within this framework, neutrinos are interpreted as transitional states bridging BM, DM, and DE. Their oscillation phases provide the most sensitive probe of the cycle-induced CP-violating effects. The model predicts state-dependent CP phases, potentially observable in long-baseline neutrino experiments such as DUNE and Hyper-Kamiokande. This approach offers a falsifiable, predictive alternative to parameter-based descriptions of CP violation and establishes a natural connection between particle physics and cosmological energy dynamics.The preprint is intended as a theoretical anchor, providing testable predictions and a conceptual framework for further exploration of CP violation and neutrino oscillation phenomena in a cosmological context.