v0.2.0

What's Changed

• Complete QuSpin compatibility and universal Krylov performance by @kunyuan in #17
• Add reusable solver and operator plans by @kunyuan in #19
• Keep large workspace solves on tridiagonal Lanczos by @kunyuan in #20
• Build unified Rust, Python, and Julia documentation by @kunyuan in #21
• Add scalable subsystem and Floquet foundations by @kunyuan in #22
• Prepare Rust, Python, and Julia registry packaging by @kunyuan in #23
• Add Julia native artifacts for v0.2.0 by @kunyuan in #24
• Fix Python release test dependencies by @kunyuan in #25
• Fix crates.io release metadata by @kunyuan in #26

Full Changelog: v0.1.0...v0.2.0

QMBED native artifacts v0.2.0

Platform libraries consumed by the QMBED Julia package.

v0.1.0

What's Changed

• Implement the initial Rust ED core by @kunyuan in #1
• Add matrix-free Lanczos and shift-invert eigensolver by @kunyuan in #2
• Implement compressed CSC, CSR, and DIA storage by @kunyuan in #3
• Add translation-reduced spin sectors by @kunyuan in #4
• Add reusable matrix-free Krylov evolution by @kunyuan in #5
• Activate paper-scale low-energy eigensystem workflows by @kunyuan in #6
• Add reusable sparse shift-invert factorization by @kunyuan in #7
• Complete-paper-scale-dynamics-workflows by @kunyuan in #8
• Complete Rust QuSpin scientific API by @kunyuan in #9
• Optimize universal assembly and real eigensolvers by @kunyuan in #10
• Isolate numerical backends and accelerate real shift-invert by @kunyuan in #11
• Establish the QMBED crate identity by @kunyuan in #12
• Add a typed native operator API by @kunyuan in #13
• Add a CPU runtime narrow waist by @kunyuan in #14
• Add thin Python and Julia bindings by @kunyuan in #15
• Add profiled parallelism and release gates by @kunyuan in #16

New Contributors

• @kunyuan made their first contribution in #1

Full Changelog: https://github.com/matrixlab-research/QMBED/commits/v0.1.0