Quantum Rust: Complete Bundle

Your quantum circuits probably pass their benchmarks. That doesn't mean they're correct.

Standard quantum benchmarks are blind to an entire class of correctness bugs. This book proves it and shows you what to do instead. Starting from the HOG Blindness theorem — which demonstrates algebraically why quantum volume tests cannot detect Rz sign inversions — you will learn how to design phase-sensitive conformance suites, cross-validate quantum circuits across backends, and use the Quantum Gate Convention Standard (QGCS) to catch bugs that QV benchmarks will never see. Written for Rust developers who need confidence in their quantum circuits, not just their benchmark scores.

Most quantum computing books teach you the theory. This one teaches you to ship correct circuits.

This book walks through quantum computing the way a Rust developer thinks about it: every gate is a matrix, every circuit is a data structure, and every backend divergence is a bug you can measure and fix. Topics covered: statevector simulation in Rust from scratch, Grover's algorithm, QAOA, cross-backend fidelity testing, the HOG Blindness theorem, QGCS conformance suites, Python interop via PyO3, and CI/CD pipelines for quantum projects. No prior quantum computing knowledge required.