README.md

Q216D Tokamak Simulation – TASD Enhanced v1.0

Interactive 3D plasma visualization with ultra-precise energy transition control

A fully interactive, browser-based 3D tokamak simulator powered by TASD (Toroidal-Attractor Signal Dynamics) attractor control. No installation required — runs entirely in the browser.

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Features

• Real-time Three.js torus visualization with 10 representation modes
• TASD-powered ultra-precise energy transitions (2.10108–2.10288 keV)
• Live energy, PCA, heating, and losses charts
• Real-time controls (temperature, density, zoom, speed)
• Pellet injection & MGI event simulation
• Pyodide backend + sound feedback

How to Use

1. Open index.html in any modern browser (no installation needed).
2. Click Start Simulation.
3. Use the controls on the right to adjust plasma parameters.
4. Switch between visualization modes to explore different representations.
5. Trigger pellet or MGI events to observe transient dynamics.

Related Repositories

• tasd-core — TASD Core Framework (capstone documentation)
• tasd-framework — TASD Unified Framework (open-source release)
• psi-universe-attractor — Ψ_universe attractor filter, validated on real EAST #41195 data
• string-theory-cosmos — Deterministic string/M-theory toy model with Ψuniverse dynamics

Copyright

Copyright © 2026 Nicolas B. Quiroz, MD. All rights reserved for the original work.

License

Apache License, Version 2.0 — see the LICENSE file for full text.

Citation

If you use this tool, please cite:

Quiroz, N. B. (2026). Q216D Tokamak Simulation – TASD Enhanced v1.0 [Software]. Zenodo. https://doi.org/10.5281/zenodo.18926912

Keywords

tokamak · fusion energy · plasma physics · toroidal plasma · magnetic confinement · plasma attractor dynamics