Acidity Disorders Have No Original Property — Real Data Matha 100 People (2015–2025): Endoscopy 35/100 Chronic Erosion + Pathya Failure 40/100 Even on Low-Fat Diets — SAB Sync $S$ (3–6 Months Prior Green Chili, Bajji, Spicy Oil Food, Sleep Deprivatio

Acidity Disorders Have No Original Property — Real Data Matha 100 People (2015–2025): Endoscopy 35/100 Chronic Erosion + Pathya Failure 40/100 Even on Low-Fat Diets — SAB Sync $S$ (3–6 Months Prior Green Chili, Bajji, Spicy Oil Food, Sleep Deprivation) $\times A$ (Histamine, Chlorine) $\times B$ (Weak $\rho_e = 10$ Loose Gastric Mucosal Lens) Abstract An observational cohort study conducted at a traditional Matha health facility from 2015 to 2025 evaluated $N = 100$ anonymized individuals ($P_1$–$P_{100}$, ages 16–50, spanning manual laborers, engineers, government employees, and homemakers) presenting with chronic upper gastrointestinal symptoms. Key Findings: Endoscopic Divergence: Upper GI endoscopy revealed chronic mucosal erosions in $35/100$ subjects, whereas $65/100$ displayed intact mucosa despite consuming identical diets. Current dietary intake alone does not determine tissue degradation. Group A ($n = 50$, Correct Metabolism): Subjects maintaining a metabolic diet free of excess fats/cholesterol continued to experience severe acidity symptoms. Stratification revealed Anxiety ($25/50$), Depression ($20/50$), and Hereditary factors ($5/50$). Neuro-visceral strain induced an electron density drop ($\rho_e = 10$ loose, $F_{i\_norm} = 0.04$, Galvanic Skin Response $[\text{GSR}] = 4.7\ \mu\text{S}$, Cortisol $= 27\ \mu\text{g/dL}$, Alpha EEG $= 19\%$). Group B ($n = 50$, Historical Disarray): All 50 subjects ($50/50$) exhibited a 3–6 month prior history of high green chili (Hasi Menasinakai), deep-fried fritters (Bajji), high spice (Khara), heavy oil (Enne), and sleep deprivation (Nidde). This establishes historical metabolic disarray ($S$) as the primary predisposing vector rather than real-time food intake. Pathya (Dietary Protocol) Failure: Following dietary restriction (Pathya), $40/100$ subjects continued to experience acid regurgitation (Hulitegu) and abdominal bloating (Hotte Ubbara) even when consuming fat-restricted meals. Conclusion: Ingested food serves solely as an activation trigger ($A$) rather than the root cause. Pathological acidity requires prior systemic disarray ($S$) acting upon a vulnerable mucosal matrix ($B$). Long-term management requires longitudinal self-metabolic monitoring. SAB FORMULA FOR GASTRIC MUCOSAL PATHOLOGY Acidity(t) = S_(prior_3-6m + Anxiety25 + Dep20 + Her5 + Cortisol27 + Alpha19 + GSR4.7) × A_(current_Histamine + Chlorine + Mobile + Oil) × B_(rho_e10_Loose + White70%Opaque + Erosion + F_i_norm0.04) × Sync(t) Falsification Criteria: Falsified if $100\%$ of uniform dietary exposure cohorts demonstrate identical mucosal erosions, or if dietary restriction (Pathya) resolves symptoms uniformly across all subjects regardless of baseline stress or historical disarray ($S$).