Metriq Submission Decision¶

Date: 2026-05-07

Decision¶

No public Metriq upload was performed.

This closes the current Metriq roadmap item as a deliberate no-upload decision rather than an omitted task. The reason is scientific and procedural: the only available Metriq-native artefact is the local Bernstein--Vazirani simulator smoke result from docs/publication/metriq_local_smoke_2026-05-06.md. Uploading that result would test Metriq plumbing, but it would not represent scpn-quantum-control, the Kuramoto--XY workflow, the DLA/FIM papers, or the Rust/VQE benchmark claims.

Dry-Run Evidence¶

The upload path was checked with Metriq-Gym dry-run mode:

/home/anulum/.venvs/scpn-metriq/bin/mgym job upload \
  b96914ac-2e2f-461e-84a8-b61d81300fb2 \
  --dry-run \
  --repo unitaryfoundation/metriq-data

Dry-run result:

Preparing job upload...
[Cached result data]
DRY-RUN: wrote mock file at /tmp/mgym-dryrun-9oje8wcq/metriq-data/metriq-gym/v0.7/local/aer_simulator/2026-05-06_18-47-23_bernstein-vazirani_7d11b013.json; would create branch 'mgym/upload-b96914ac-2e2f-461e-84a8-b61d81300fb2' and open PR to unitaryfoundation/metriq-data (base: main) with title: mgym upload: Bernstein-Vazirani on local/aer_simulator

Valid Future Paths¶

Future Metriq publication should use one of these routes:

Run a Metriq-native benchmark that is scientifically relevant to the package and upload that benchmark result with explicit approval.
Propose an SCPN/Kuramoto--XY benchmark schema upstream to Metriq-Gym, wait for acceptance, then run and upload results under the accepted schema.

Non-Submission Boundary¶

The following were not submitted:

project-specific Rust/VQE benchmark tables;
DLA parity raw-count tables;
SCPN/FIM hardware artefacts;
GPU or cross-machine timing artefacts;
arbitrary JSON/CSV outputs outside the Metriq-Gym schema.

This preserves the repository's artefact-first discipline and avoids misrepresenting SCPN-specific paper data as a Metriq-native benchmark.