4 posts
Spintronics 0.3.2 adds a k·p altermagnet band model with GMR-like spin valves, d-orbital orbitronics, a resonating-valence-bond spin-liquid solver, streaming simulation with binary OVF I/O, and fixes to Hermitian eigenvectors and the Kane-Mele Z2 invariant. 2059 tests, 118 doc tests, 0 warnings.
A focused patch on top of the production-grade 0.3.0 release. The micromagnetic demag convolution gets flat kernel indexing plus optional rayon parallelism, BbhModel::hamiltonian_at now returns Result for proper error propagation, and scirs2-core/scirs2-spatial move to 0.5.0 with lean default features. 1829 tests passing, zero warnings.
Production-ready pure Rust library for spintronics simulations. LLG/LLB solvers, skyrmions, ISHE/SSE, spin pumping, altermagnets, hopfions and more. 52–100× faster than Python/NumPy, SIMD + memory pool allocator (99% reduction), Python bindings (PyO3), WASM support, HDF5/JSON/VTK export. Validated against Saitoh Group experiments. The sovereign spintronics layer for SciRS2.
The second release of the pure Rust spintronics library: PyO3 Python bindings, serde + HDF5 export, a memory pool allocator that cuts hot-path allocations by 99%, an HTMX/Axum web demo, runtime unit validation, and 17 worked examples. Simulate LLG dynamics, spin pumping, ISHE/SSE, skyrmions and more — fast, safe, and sovereign.