scpn-quantum-control: reproducible Kuramoto--XY quantum-control workflows with Rust acceleration and hardware artefact packaging

Abstract

This software-framework note archives scpn-quantum-control , a reproducible Kuramoto--XY quantum-control workflow combining Python/Qiskit orchestration, Rust acceleration, hardware artefact packaging, and publication-grade analysis surfaces. The software supports construction of heterogeneous oscillator networks, XY-Hamiltonian mapping, topology-informed ansatz generation, simulator and hardware execution, and reproducible post-processing of IBM artefacts. The record documents the framework as a research software artefact rather than a standalone physics claim. It highlights the repository structure, reproducibility workflow, accelerated kernels, benchmark and parity checks, and the relationship between source code, generated artefacts, and paper records. The archive includes the JOSS-style manuscript source, bibliography, preview TeX, and rebuilt PDF. Repository field and DOI metadata link the software note back to https://github.com/anulum/scpn-quantum-control.

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Evidence bundles

The following bundles are linked from this publication. Each one carries a studio.*.v1 envelope with claim boundary, evidence kind, and empirical level.