AMC Dataset — Case Study 15: Asymmetric Magnetic Mass Oscillation (Tracker-Calibrated Displacement Data)

This dataset represents Case Study 15 of the Active Magnetic Cradle (AMC) experimental research series, focusing on the dynamics of an asymmetric system composed of two unequally weighted and magnetized masses. Mass A: 26 mm Alnico magnet, ~5.6 g Mass B: Hybrid magnet (20 mm Alnico + 6 mm Neodymium), ~6.0 g Despite magnetic and weight asymmetry, the system displays stable 2.5-cycle energy handovers, spiral decay structure, and preserved wavelet memory coherence. The findings support the conclusion that AMC oscillatory behavior is governed primarily by field-mediated phase gating rather than strict mechanical symmetry. Data were extracted from high-resolution Tracker video analysis and calibrated in centimeters (cm). The CSV includes headers: Time (s) — Elapsed time in seconds Mass A X (cm) — X-axis displacement of Mass A (left magnetic body) Mass B X (cm) — X-axis displacement of Mass B (right magnetic body) This dataset is cited in the AMC Cycle Handover Constant Law