Published May 4, 2026 | Version v1
Publication Open

SCG-HMH 4×Module Rotor RPM Explainers & LLM-Friendly Python Code Library (Extension to Consolidated Concepts)

Authors/Creators

Contributors

Description

This Zenodo release provides the complete first-principles documentation and executable Python code library for the SCG-HMH 4×Module superconducting generator architecture.
 
Key contents
  • Full symbolic derivations (SymPy) of YBCO flux-pinning models (Larkin–Ovchinnikov, collective creep, vortex-glass) – Appendix B ready
  • Exact radial-equilibrium hoop-stress derivation for the Ti-Be/CFRP contactless rotor (including Maxwell-stress magnetic relief)
  • Extended RPM envelope simulator that reproduces Table 1 and generates the new 4×Module parametric results
  • All scripts are LLM-friendly, heavily commented, and produce perfect LaTeX + Markdown output for direct paper insertion
New in this 4×Module extension
  • Four independent modules, each containing its own 0.2 m × 0.4 m Ti-Be/CFRP rotor and dedicated ReBCO stator
  • Modules remain thermally and mechanically independent
  • Shared infrastructure is limited to a common LN₂ supply and a daisy-chained N₂ expansion channel before recirculation (the devil is in the details)
  • Distributed volumetric Lorentz torque per module with zero mechanical stress risers
  • Confirmed 120 000 rpm continuous per module (480 000 rpm system-equivalent) with burst margins > 206 000 rpm per rotor
  • Updated safety-factor envelopes and TITAN (2.7 K) scaling hooks
Included assets
  • High-resolution design render of the complete 4×Module architecture (featured image)
  • Full Python code library (YBCO_Pinning_Advanced_Models.py, SCG-HMH_Rotor_Stress_Derivation.py, SCG-HMH_Rotor_RPM_Simulation_Extended.py + 4×Module extensions)
  • Updated Rotor RPM Explainers PDF
Companion YouTube video
Watch the full 4×Module design walkthrough and live code demonstration:
Link to YouTube video 
All material is derived from first principles, numerically validated, and deliberately engineered for immediate community replication and Phase-1 bench-scale prototyping, Without having acess to formal peer review or the finances or trust in the patent industry I have chosen to defensivley open source all of this technology in hope it may help humanity. Every equation, table, and RPM value can be reproduced in a single script run.
 
Keywords
contactless rotor, flux-pinned bearings, YBCO pinning, CFRP hoop stress, magnetic relief, modular superconducting generator, high-speed rotor dynamics, collective creep, open-source rotor design, distributed Lorentz torque, daisy-chained LN₂ recirculation.

Primary Zenodo Record:

SCG-HMH (Consolidated concepts) What I think the future should look like.

Supporting Earlier Iterations:
https://zenodo.org/records/18665811 - SCG-HMH: Regenerative Multiphysics Framework for High-Density Energy Harvesting via Cryogenic Phase-Change and HTS-MHD Integration
https://zenodo.org/records/18925333 - The SCG-HMH Giga factory Concept

https://zenodo.org/records/19079171 - The SCG-HMH (Master Derivatives) 
https://zenodo.org/records/18644753 - Proactive Healthcare - Fighting the effects of aging
https://zenodo.org/records/18625310 - The SCG-HMH + Spaceship TITAN integration: A Regenerative, Self-Sustaining Starship Powered by Recycled Entropy and Stellar Heat
https://zenodo.org/records/18992650 - SCG-HMH Final Instalment (TITAN Starship Temporal implications)
https://zenodo.org/records/18916931 - SCG-HMH (Consolidated concepts) What I think the future should look like

https://zenodo.org/records/19102418 - Displacement-Pressure Modified Gravity (DPMG)


License
CC-BY 4.0 – fully open for replication, modification, and deploymentThis release closes the loop between theory and experiment for the 4×Module SCG-HMH system and serves as the official technical companion to the May 2026 YouTube video and the Extension to SCG-HMH Consolidated Concepts paper.
 
I am a normal guy an a mission for good, if you want to know why I'm doing this or how I even knew it was possible, please read my book > https://www.amazon.co.uk/dp/B0GSCKKYDT

Files

11. Complete LLM-Friendly Python Code Library (Refined Final).pdf

Files (5.4 MB)

Additional details

Additional titles

Alternative title
Net Zero Generator
Alternative title
Hybrid Cold to Hot Heat Engine/Generator
Alternative title
Unlocking Electrical Potential at the atom scale cheaply

Identifiers

Other
10.5281/zenodo.18363156