| _version_ | 1866901862700023808 |
|---|---|
| author | Karim, Andrew |
| author_facet | Karim, Andrew |
| contents | <p>This preprint introduces <strong>a new oscillatory class: the AMC Oscillation Law</strong> — a groundbreaking empirical discovery that formalizes the core behavior of Active Magnetic Cradle (AMC) oscillators. Unlike classical harmonic systems, AMC oscillators exhibit time-structured, field-coherent energy handovers that persist throughout the decay process. This law defines a new class of oscillatory systems governed not by mass or force magnitude, but by magnetic field topology and geometrically encoded timing. Experimental validation confirms a consistent ~2.5-cycle energy handover rhythm and long-lived wavelet memory structures, reproducible under Earth’s gravitational conditions.</p> <p><em>This discovery forms the foundational member of a six-law framework redefining motion, entropy, and memory across classical, thermodynamic, and field-driven domains.</em></p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_15320380 |
| institution | Zenodo |
| language | |
| publishDate | 2025 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | AMC Oscillation Law in Active Magnetic Cradle Oscillators (Version 1.0, 2025) Karim, Andrew Active Magnetic Cradle AMC Oscillators Nonlinear Oscillation Topological Dynamics Field-Coherent Systems Entropy Memory Retention Temporal Physics Open System Decay Wavelet Dynamics Spiral Law Energy Handover Computational Physics Oscillatory Systems Classical Mechanics Applied Physics energy transfer gravitational forces time-reversal magnetic coupling symmetry Oscillatory Dynamics Resonance Effects Coupled Oscillators Magnetically Coupled Oscillators Pendulum Momentum Pendulum Systems Pendulum Momentum Quantum Field Theory QFT Theoretical physics Quantum physics Mathematical physics Mesoscopic physics Physics/methods Physics/standards Electromagnetic Phenomena Electromagnetic Fields Electromagnetism Physics Wavelet Analysis Predictability Motion Magnetic Fields Magnetic Phenomena Energy Renewable energy Energy conversion Energy conservation <p>This preprint introduces <strong>a new oscillatory class: the AMC Oscillation Law</strong> — a groundbreaking empirical discovery that formalizes the core behavior of Active Magnetic Cradle (AMC) oscillators. Unlike classical harmonic systems, AMC oscillators exhibit time-structured, field-coherent energy handovers that persist throughout the decay process. This law defines a new class of oscillatory systems governed not by mass or force magnitude, but by magnetic field topology and geometrically encoded timing. Experimental validation confirms a consistent ~2.5-cycle energy handover rhythm and long-lived wavelet memory structures, reproducible under Earth’s gravitational conditions.</p> <p><em>This discovery forms the foundational member of a six-law framework redefining motion, entropy, and memory across classical, thermodynamic, and field-driven domains.</em></p> |
| title | AMC Oscillation Law in Active Magnetic Cradle Oscillators (Version 1.0, 2025) |
| topic | Active Magnetic Cradle AMC Oscillators Nonlinear Oscillation Topological Dynamics Field-Coherent Systems Entropy Memory Retention Temporal Physics Open System Decay Wavelet Dynamics Spiral Law Energy Handover Computational Physics Oscillatory Systems Classical Mechanics Applied Physics energy transfer gravitational forces time-reversal magnetic coupling symmetry Oscillatory Dynamics Resonance Effects Coupled Oscillators Magnetically Coupled Oscillators Pendulum Momentum Pendulum Systems Pendulum Momentum Quantum Field Theory QFT Theoretical physics Quantum physics Mathematical physics Mesoscopic physics Physics/methods Physics/standards Electromagnetic Phenomena Electromagnetic Fields Electromagnetism Physics Wavelet Analysis Predictability Motion Magnetic Fields Magnetic Phenomena Energy Renewable energy Energy conversion Energy conservation |
| url | https://doi.org/10.5281/zenodo.15320380 |