5 posts
QuantRS2 0.2.0, the pure-Rust quantum framework — production surface-code QEC (rotated codes d=3/5/7, MWPM & union-find decoders, Pauli-frame tracking), 3D state visualization (Bloch/Q-sphere/Wigner/Husimi), new Tytan samplers (Tabu, Simulated Bifurcation, population annealing), and a PennyLane device backend.
QuantRS2 0.1.3, the pure-Rust quantum framework — real KAK/ZYZ/holonomic decompositions, parameter-shift VQE gradients, ZX-calculus rewrites, SABRE routing, MPS tensor-network compression, ML circuit optimizers, PyO3 0.26, and a ~210-unwrap robustness pass.
A polish patch for QuantRS2, the pure-Rust quantum computing framework — Python-binding bugfixes, refreshed docs, dependency-compatibility bumps, and the removal of legacy C++ SymEngine tooling now that symbolic math is 100% Rust.
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.
The first patch for QuantRS2, the pure-Rust quantum computing framework. Fixes conditional compilation and feature gating for cloud backends (IBM, Azure, AWS) and photonic modules so the modular workspace builds cleanly with any feature set.