stellarator-optimization

A differentiable, flexible stellarator coil proxy

A comprehensive Julia package for stellarator fusion reactor physics analysis featuring 3D magnetic field calculations, neoclassical transport modelling, quasi-isodynamic optimisation algorithms, and interactive 3D visualisations. Includes tokamak comparison framework and high-resolution plotting capabilities for fusion research.

IX-StellaratorForge is an integrated stellarator fusion reactor R&D platform combining plasma physics, HTS magnet co-design, confinement modeling, neutronics/TBR, thermal-power systems, RF control, executable PoCs, evidence gates, and solver-ready DESC/VMEC++/OpenMC workflows; built to test whether a credible net-electric fusion reactor can close.

Computational fusion research framework for C6-seeded stellarator optimization: omnigenity, field-line and particle-loss proxies, phase-coherent RF control, coil/structural robustness, matched baselines, Monte Carlo validation, and explicit claim gates. Reproducible, source-available.

A fortran code to compute the deviation of the asymptotical bootstrap coefficient from the Shaing-Callen expression in near omnigenous magnetic configurations.

A fork of DESC with the added implementation of calculating equilibria all the way to a sharp separatrix. The research accompanying this project is documented here: https://github.com/smhurwitz/Sharp-Separatrices-Notebook.

A differentiable FEA toolkit for stellarator coils.