A Python native dynamical system simulation framework in the block diagram paradigm.

A Python first graphical user interface for PathSim.

An interactive, evidence-driven atlas of scientific questions, physical mechanisms, and research progress in fusion science.

SALAMANDER is an application for performing system-level, engineering scale (i.e., at the scale of centimeters and meters), and microstructure-scale (i.e., at the scale of microns) multiphysics calculations related to magnetic confinement fusion energy systems.

MITIM (MIT Integrated Modeling) Suite for Fusion Applications

Project repository for "An Open Source Nuclear Modeling Ecosystem to Support Fusion Pilot Plant Design" collaboration between MIT and ANL

Quantification of Uncertainty in ENsembles of Data Streams

Evidence-governed quantum simulation of coupled-oscillator synchronisation: Kuramoto–XY workloads on Superconducting Computers, raw counts + hash-bound result packs, preregistered protocols.

Open, standalone activation and nuclide-inventory solver in Rust with a Python API and reproducible validation.

Control-grade tokamak runtime with neuro-symbolic controllers, fail-closed admission, replay evidence, Python and Rust.

Evidence-bounded tokamak physics and control toolkit with differentiable free-boundary equilibrium solvers, validation campaigns, Python and Rust.

Curated papers, tools, datasets & simulation frameworks for AI × nuclear fusion (2020–2026)

Neutron spectrum matching via Bayesian inference. Designs the shielding between a known neutron source and a detector so the spectrum matches a target. Returns materials, order, thicknesses, and plate size, each with a range. Shape only. Built on OpenMC.

Power balance and confinement benchmarking for ARC-class compact high-field tokamaks with a parametric efficiency study.

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.

This release establishes the complete, closed-loop physical and multi-physics baseline for the **Model 1 Acoustic Inertial Confinement Fusion (AICF) Reactor**, co-developed by Lead Architect **Abhishek Singh** and computational research partner **Team Gemini (Google AI)**.

# Polymer Fusion Framework