The Paradox of Proficiency: Cognitive Quantum Impedance and the Zeno Blockade in Neural Processing

AbstractThis paper introduces the theory of Cognitive Quantum Impedance (CQI), a mechanism describing the inverse relationship between accumulated prior knowledge (memory)and the capacity for quantum perception. Integrating the Neuro-Glial Topological Algorithm (NGT-AC) with the theory of Open Quantum Systems, we postulate that memoryrecall functions as a continuous quantum measurement of the neural state. We demonstrate analytically, using the Lindblad master equation, that high-precision priors induce aQuantum Zeno Blockade, effectively freezing the evolution of the wavefunction and preventing the registration of novel quantum impulses ("surprises"). We derive the CognitiveImpedance Law, showing that the rate of conscious perception R scales inversely with thememory strength Γ (R ∝ Ω2/Γ). This framework provides a thermodynamic justification forthe "blindness of expertise" and suggests that Artificial General Intelligence (AGI) requiresan active "unlearning" mechanism to maintain sensitivity to quantum informational fields.