Information-Theoretic Modeling of Neural Coherence via Triadic Spiral-Time Dynamics: A Framework for Neurodynamic Collapse.

Recent advances in quantum biology, computational neuroscience, and geometric theoretical physics suggest that consciousness, emotion, memory, identity, and trauma dynamics may share a common mathematical substrate. This work proposes the first unified model integrating (i) the triadic spiral–time operator of the Helix–Light–Vortex (HLV) theory, (ii) Don Feeney’s DLHR multi-layer psychological architecture, and (iii) recent photonic–axon entanglement findings from university-level research. We construct a single dynamical equation combining geometric time torsion, cognitive–emotional gradient flows, and axonal quantum–photonic coupling into a coherent framework. The model provides testable predictions for EEG/MEG, NV-center sensing, HRV coherence, trauma loops, NDE phenomenology, and therapeutic realignment protocols. To our knowledge, this is the first attempt to merge high-energy spiral-time physics with real neuropsychological data and a structured therapeutic model. Experimental validation pathways are outlined, and future directions for clinical neuroscience, quantum cognition, and physics-informed psychotherapy are proposed.