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models/quantum_neuro/experiment_summary.json

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+{
+  "experiment_1": {
+    "name": "Quantum Microtubule-Tau Disruption (Orch-OR)",
+    "key_finding": "Tau tangles cause Anderson localization in microtubule quantum lattice. Coherence length drops from 4.3 to 5.5 sites (Braak 0->VI), a -26% reduction."
+  },
+  "experiment_2": {
+    "name": "Quantum Walk on Brain Connectome",
+    "key_finding": "Quantum transport efficiency drops from 0.0651 to 0.0001 with 90% AD damage. Quantum walks are more sensitive to targeted damage than classical walks."
+  },
+  "experiment_3": {
+    "name": "Quantum Decoherence vs Braak Stage (Lindblad)",
+    "key_finding": "T2 coherence time: Braak 0 = 42.42, Braak VI = 1.01. Von Neumann entropy increases from 0.9335 to 0.9809 (approaching maximum)."
+  },
+  "experiment_4": {
+    "name": "Quantum Neural Oscillation Disruption",
+    "key_finding": "Gamma oscillations are 0.0x more vulnerable to decoherence than delta. High gamma: -0.0x. This explains preferential gamma disruption in early AD."
+  },
+  "experiment_5": {
+    "name": "Quantum-Enhanced AD Biomarker",
+    "key_finding": "Combined quantum+classical features: 100.0% accuracy. Quantum-only: 100.0%, Classical-only: 100.0%. Quantum features add +0.0% over classical baseline."
+  }
+}