MINERVA v0.3: A Unified Quantum Mechanism for Conscious Experience via Microtubule Phonon Driving and Ephaptic Field Coupling

A new hypothesis called MINERVA v0.3 proposes that consciousness arises from quantum events in microtubules within brain cells. It suggests that energy from GTP hydrolysis creates sound-like waves (phonons) in microtubules, which form standing wave nodes that trigger objective reduction events. These events are coupled through the brain's own electromagnetic fields, and conscious experience is the interference pattern of millions of such events across the cortex. The hypothesis integrates four independent experimental findings and makes a specific, testable prediction: a terahertz-frequency phonon signal occurring 10 nanoseconds before these events. An experimental protocol is outlined.

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Abstract

We present MINERVA v0.3 (Microtubule-Integrated Neural Resonance via Vibrational Architecture), a mechanistic hypothesis for quantum consciousness that resolves the central failure of Orchestrated Objective Reduction (Orch OR): the requirement for millisecond-scale quantum coherence in warm biological systems. We propose that GTP hydrolysis at microtubule plus-ends generates acoustic phonon waves propagating through MAP-protein-decorated lattice bodies, creating standing wave nodes that trigger Objective Reduction events coupled via endogenous ephaptic electromagnetic fields. Conscious experience is proposed as the interference pattern of millions of simultaneous OR events across the cortical volume. The framework synthesizes four independently confirmed experimental findings from quantum biology, microtubule biophysics, neural electromagnetics, and anesthesiology. Primary falsifiable prediction: a terahertz-frequency phonon precursor signal preceding OR events by 10 nanoseconds. Complete experimental protocol provided at $2.41M over 32 months. Correspondence and collaboration inquiries welcome.