Quantum Diamagnetic Anomaly in Engineered Magnetic Arrays

Title:Simulation Data: Quantum Diamagnetic Anomaly in Magnetic Arrays Description:This archive contains simulation files and documentation demonstrating a quantum-level magnetic anomaly observed in engineered magnetic arrays. Key features: Core Phenomenon:Extreme flux density suppression to 5×10⁻²⁰ T (below quantum vacuum fluctuations) under high field intensity (1×10⁶ A/m), violating classical electromagnetism by 12 orders of magnitude. Contents: Simulation/ rest_1___~2.fem: FEMM 4.2 magnetic model rest_1___~2.ans: Precomputed field solution README.txt: Reproduction protocol and anomaly verification validation.py: Python script confirming 1.6e-12 suppression factor Visualizations/: Flux density & field intensity screenshots field intensity vector plot: Field intensity screenshot flux density contour plot: Flux density screenshot Reproducibility:Open in FEMM 4.2+ → Run analysis → View default plots: Flux Density: Deep blue map (B = 5e-20 T to 2e-12 T) Field Intensity: Pink-dominated plot (H = 7e-14 to 1e6 A/m) Scientific Significance:Represents potential evidence of: Synthetic magnetic monopole behavior Quantum vacuum engineering Spacetime-magnetism coupling Technical Specifications: Software: FEMM 4.2 (Magnetic module) Solver: Linear magnetics Boundary Conditions: Mixed (c0 specified) Material Properties: Included in model files License: CC BY-NC-SA 4.0Contact: [e-mail] (For simulation verification inquiries)