5 posts
OxiPhysics 0.1.1 — the unified pure-Rust physics engine (Bullet/OpenFOAM/LAMMPS/CalculiX replacement) gains real, feature-gated PyO3 0.28 Python bindings: 210 #[pyclass] types across 14 domain modules, plus wasm-bindgen 0.2 browser bindings. Most domain crates graduate from Alpha to Stable. Still 100% C/Fortran-free in default builds.
The first public release of OxiPhysics: a unified, pure-Rust physics engine targeting Bullet (rigid body), OpenFOAM (CFD), LAMMPS (molecular dynamics), and CalculiX (FEM) in one workspace. 17 crates spanning collision, SPH/LBM fluids, FEM, MD, soft body, materials, and visualization — with zero todo!()/unimplemented!() stubs and no C or Fortran in default features.
Production-grade AC/DC power flow, transient & small-signal stability, battery modelling, renewable integration, optimal power flow, harmonic analysis, and protection systems — all in pure Rust. No C, no Fortran.
FDTD (2D/3D), Transfer Matrix Method, RCWA, mode solvers, silicon photonics devices, fiber optics, quantum photonics, and type-safe optical units — all in pure Rust. No C, no Fortran.
QuantRS2 is a pure-Rust quantum computing framework — type-safe circuits, state-vector/stabilizer/tensor-network simulators, Grover/QFT/VQE/QAOA, and IBM/Azure/AWS/D-Wave hardware integration. This is the first stable release.