F-UFT for Neutrino Dynamics: Mapping Energetic Barriers and Lattice Structures in Energy Flow, Propagation, and Evolution

The Fractal-Unified Field Theory (F-UFT) integrates sub-Planckian hiperstates, fractal lattices (D ≈ 1.83), retrocausal mechanisms (TSVF, OTOCs), and scale-dependent dynamics for neutrino behavior. Version 4 reframes lattices as guided novel steps—orchestrating continuous infinite emergence from higher-dimensional projection, without singularity. Derives pathways, thermodynamic arrow, particle mapping (Cabibbo angle for CKM), and unification. Interprets \~19% low-energy enhancement in SNO+ carbon-13 interactions (SNO+ 2025) as BPS-like from protected lattice states, paralleling Gopakumar-Vafa invariants. Ties to SNOLAB confirmation; enhances falsifiability. Neutrinos as lattice excitations; Entanglium drives mixing without steriles. Includes derivations, simulations, and predictions. Supplementary: Lattice reframing, derivations (pathways, time arrow, Cabibbo), simulations, SNO+ interpretations, and unification implications (remaining pages).