amc-timewave-cradle
AMC Timewave Cradle
Uncovering new oscillation physics through field-coherent timewaves in AMC systems.
This repository contains the official version-controlled files, peer review discussions, and supplementary material for the research paper:
Zenodo Peer Review Bundle LaTex codeed, figures and datasets for each case study 
📄 Summary
This study establishes the governing behaviour of the Active Magnetic Cradle (AMC), a macroscopic oscillator system that exhibits reproducible deviations from classical mechanics.
Across 15 case studies, AMC systems demonstrate:
- Structured energy handovers
- Wavelet memory persistence
- Quantized decay bands
- Temporal symmetry behaviour
These effects challenge conventional damping and oscillator theory, and are formalized into the AMC Law Framework — a suite of laws describing new principles of macroscopic field-coherent oscillation.
📌 Note: This research forms the scientific foundation of the patented Repelling Magnetic Instrument (RMI) system, and defines its governing temporal dynamics through the AMC Law Framework.
⏳ What is a “Timewave”?
The term timewave is introduced in this repository to describe the structured, reversible, and temporally-encoded wavelet oscillations observed in AMC systems. These waveforms are distinct from classical oscillators:
- They maintain coherent energy handovers across multiple cycles
- They exhibit memory-like behaviour across decay bands
- They evolve in phase-symmetric, time-reversible sequences
This makes them ideal for modeling nonlinear, nonclassical magnetic motion — a central theme of AMC research.
While not part of the original Zenodo publication vocabulary, “timewave” serves as a shorthand descriptor for the distinct field-coherent, temporal wavelet dynamics at the heart of AMC.
🧾 Included in This Repository
| File/Folder | Description |
|---|---|
AMC_Governing_Behaviour.pdf |
Final research paper (Version 2.2.1, LaTeX formatted) |
AMC.tex |
Full LaTeX source code for the paper |
data/ |
(Optional) Tracker datasets or simulation files |
figures/ |
(Optional) Experimental diagrams, overlays, and graphs |
💬 Public Discussion
We welcome scientific commentary, peer review, and discussion.
📍 Post your thoughts in the Discussions tab
to contribute to the evolving understanding of AMC dynamics and timewave physics.
🔁 Zenodo Archive
This repository is formally archived on Zenodo:
📘 DOI: https://doi.org/10.5281/zenodo.17184528
Citation [29] within the document refers to Version 2.1; Version 2.2.1 supersedes it with a LaTeX formatting fix and full content restoration.
🔐 Patent
⚠️ Note: This repository references and supports the patented Repelling Magnetic Instrument (RMI) system (UK Patent GB2614887). Commercial implementations may require a separate patent license.
📄 License
All documentation in this repository is licensed under the
Creative Commons Attribution-NonCommercial 4.0 International (CC BY-NC 4.0) license.
This means:
- ✅ You are free to copy, share, remix, and adapt the material — for non-commercial use
- ❌ Commercial use is not permitted without explicit written permission
- 🧠 You must give proper credit to Active Kinetic 1 and the original research
(AMC Governing Behaviour, DOI: 10.5281/zenodo.17184528) - 📬 For commercial licensing or research collaborations, contact: info@ak1.co
🔗 Full license details: CC BY-NC 4.0
🧠 Keywords
Physics • Magnetic Oscillators • Timewave • Nonclassical Dynamics • Field-Coherent Systems
Temporal Oscillations • Energy Handover • Spiral Decay • Wavelet Memory • Magnetic Resonance