Do neurons use Quantum Tomography on Microtubules to reduce Coupling in Phase-Locking?

Key Points

• To investigate the role of quantum tomography of microtubules in reducing coupling in phase-locking systems within neurons.
• Mathematical modeling of quantum tomography
• Analysis of kuramoto oscillators
• Application of cable theory to neuronal behavior
• Mathematical foundations for quantum effects in neuron behavior are established
• Potential implications for understanding phase-locking dynamics are discussed
• Reduction of coupling through quantum effects is proposed.