Quantum Harmonic Protocols: A Testable Framework for Restoring Cognitive Coherence in Dememtia

This Zenodo submission introduces the Quantum-Harmonic Protocols, a testable framework designed to restore cognitive coherence in dementia. This work extends the Quantum-Harmonic Synthesis paradigm, blending principles from quantum mechanics, harmonic resonance, and cognitive neuroscience into a coherent experimental design. In this package, you'll find: Mathematical Models and Protocols: LaTeX-formatted supplementary methods outlining how to measure and modulate cognitive coherence using EEG/MEG and 40 Hz stimulation. Code and Implementations: Python scripts for concept extraction, symbolic reasoning, and AGI brain modeling that can be used to simulate these protocols. Unified AGI Framework: An architectural blueprint combining recursive self-improvement loops and harmonic algebra, demonstrating how these principles can be applied to real-world cognitive enhancement AGI, Quantum-Harmonic Synthesis, Dementia, Cognitive Coherence, Neuroscience, 40 Hz Stimulation