A Bidirectional Quantum-Electrodynamic Model of Consciousness: Testing the Consciousness Identity Factor via Anomalous Hodgkin-Huxley Waveform Deviations

Current physicalist models of consciousness, including Global Neuronal Workspace Theory and Integrated Information Theory, fail to resolve the unicity paradox inherent in perfect structural duplication. To resolve this limitation, I introduce a hybrid Quantum-Electrodynamic framework centered on a non-copyable Consciousness Identity Factor (CIF). I postulate that the CIF relies on localized Ultra-Quantum Genomic Particles that couple bidirectionally with the brain's macroscopic electromagnetic field topology. This paper formalizes the bidirectional resonance equations linking the quantum density matrix to Maxwellian field tensors. Crucially, I present a falsifiable empirical parameter: a predicted 0.5 to 3.0 mV anomalous current injection that violates classical Hodgkin-Huxley electrodynamics during conscious states. I outline a rigorous experimental methodology utilizing dual somato-dendritic patch-clamp electrophysiology, high-density magnetoencephalography, and differential chemical ablation via Propofol and Xenon gas to isolate this quantum-biological interface.