qet-bench v0.2.0

qet-bench v0.2.0

Publication-hardening release for the exact two-qubit Quantum Energy Teleportation benchmark package.

Highlights

• Reconciles package, citation, roadmap, and manuscript metadata around v0.2.0 / package version 0.2.0.
• Adds a root repository README for public-review discoverability.
• Adds qet-bench/docs/release_validation.md with hosted and local validation records.
• Adds qet-bench/docs/vacuum_investigation_roadmap.md to separate publication hardening from future vacuum-accounting research territory.
• Adds qet-bench/paper/rescience.md, a ReScience-oriented reproducibility manuscript source that explicitly names the reproduced two-qubit QET result.
• Documents the optional Qiskit/Aer bridge smoke check while keeping the generated optional CSV out of the tracked artifact set.

Validation

• Hosted CI on the v0.2.0 tag passed for Python 3.11 and Python 3.12: https://github.com/lucent-lab/qet-bench/actions/runs/24507440880
• Hosted CI on main passed for Python 3.11 and Python 3.12: https://github.com/lucent-lab/qet-bench/actions/runs/24507402875
• Final post-archive metadata commit on main passed hosted CI: https://github.com/lucent-lab/qet-bench/actions/runs/24507641613
• Local Python 3.11.6 base CI mirror passed: 40 passed, 1 skipped; reproduction and figure scripts completed.
• Local Python 3.12.8 with optional Qiskit/Aer passed: 39 passed, 2 skipped; reproduction, figure, optional bridge, and Pandoc smoke builds completed.

Archive

• Software Heritage snapshot: swh:1:snp:9636ad3f493c249270cba77ae4810908dce45834
• Save request: https://archive.softwareheritage.org/api/1/origin/save/2305260/

Known follow-ups

• A Zenodo DOI can still be added if the GitHub-Zenodo integration is enabled for this repository.
• Final author ORCID/funding/COI confirmation is still needed before journal submission.
• JOSS remains a later target until public-history and impact signals mature; ReScience-style reproducibility review is the near-term fit.

qet-bench v0.1.0

First reproducibility/software release for qet-bench.

This release provides the exact two-qubit QET benchmark package with:

• canonical h=1,k=0.5 and h=1,k=1 energy ledgers
• null-test diagnostics
• deterministic parameter, noise, and angle sweep artifacts
• controller/battery accounting diagnostics
• artifact manifest linking CSVs/figures to scripts and tests

Local CI was run successfully because hosted GitHub Actions is temporarily blocked by organization quota/billing.

Local verification:

• Python 3.11: pinned install, pytest, reproduce_benchmarks.py, make_all_figures.py passed
• Python 3.12: pinned install, pytest, reproduce_benchmarks.py, make_all_figures.py passed
• Test result: 22 passed on both Python versions

Scope: this is a reproducibility/research-software release, not a new QET physics claim or hardware result.