AMC Dataset — Case Study 12: Large-Scale Macroscopic Oscillation (Tracker-Calibrated Displacement Data)

This dataset contains calibrated X-axis displacement data from Case Study 12 of the Active Magnetic Cradle (AMC) research series, featuring a macroscopic large-scale AMC system. The experiment used 1.721 kg ferrite magnets, with 60 cm pendulum lines, within a 90 cm × 60 cm × 90 cm frame, single release producing highly coherent wavelet patterns and long-duration oscillations. The time-series data were extracted from high-resolution video recordings using Tracker analysis, and provide calibrated displacement in centimeters (cm) for both Mass A and Mass B. The dataset supports experimental validation of the following AMC Laws: AMC Wavelet Quantization Law AMC Fractal Memory Geometry Law AMC Dynamic Resonance Logic Law Energy Ladder Hysteresis Law 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 experiment demonstrates discrete banded energy packet clustering, phase symmetry, and long-term coherence, marking it as one of the most significant datasets in AMC's large-scale empirical research. Tracker software was used for calibration and point tracking. Raw full-parameter Tracker data is available for Case Study 9.