Premature Computation: The Relationship Between Neuroinflammation and Cognitive Performance

Contemporary neuroscience increasingly confronts the explanatory boundaries of classical computationalism, which models conscious awareness as an emergent byproduct of deterministic synaptic firing rates while leaving the hard problem of consciousness, sensory binding, and non-algorithmic mathematical insight unresolved. Extending the Penrose-Hameroff Orchestrated Objective Reduction (Orch-OR) framework within the overarching companion perspective of The Bad Trip Hypothesis, this paper introduces a quantum biological model demonstrating that conscious cognition relies on macroscopic quantum coherence across neuronal cytoskeletal tubulin lattices, and formalizes how chronic neuroinflammation drives phase decoherence and computational collapse. While dietary cereal antigens (Amylase-Trypsin Inhibitors and gliadin peptides) serve as the primary post-Neolithic historical exemplar, the model holds autonomously across diverse neuroinflammatory etiologies driving intestinal hyperpermeability, systemic endotoxemia, and basolateral amygdala microgliosis. Downstream cytokine signaling and quinolinic acid excitotoxicity downregulate SETD2-mediated α-tubulin Lysine 40 trimethylation and hyperphosphorylate Microtubule-Associated Protein 2 (MAP2). This neuroinflammatory noise acts as a macroscopic thermal and chemical decoherence engine, shortening the phase coherence lifetime (τϕ) below the Penrose Orchestrated Objective Reduction threshold (τOrch ≈ ℏ/EG) and depleting the entangled qubit register. Consequently, quantum superpositions collapse prematurely into classical pointer states before non-algorithmic self-reduction can occur, forcing the nervous system into an algorithmic fallback characterized by rigid, defensive heuristics. Within this framework, anxiety is formalized not as a primary psychological defect, but as the conscious affective telemetry signaling a catastrophic loss of quantum computational bandwidth under Karl Friston’s Free Energy Principle. We trace the multi-scale consequences of this premature collapse: (i) the dissolution of somatic social resonance, compelling human populations to construct externalized bureaucratic and legal protocol wrappers; (ii) the macroeconomic productivity paradox, demonstrating that partitioning employees into isolated cubicles and enforcing continuous surveillance (an organizational Quantum Zeno effect) destroys collaborative team superpositions (∼ 2^K), causing widespread alienation and organizational stagnation; and (iii) the cognitive automation fallacy, proving that replacing human workers with classical silicon language models liquidates non-algorithmic quantum capacity in favor of derivative statistical interpolation. Finally, we formulate the Antigenic Decoupling Protocol, demonstrating that eliminating immunogenic cereals de-primes microglial alarms, restores native cytoskeletal coherence, and unlocks an asymmetric cognitive upgrade.