SPDX-License-Identifier: AGPL-3.0-or-later¶

Commercial license available¶

(c) Concepts 1996-2026 Miroslav Sotek. All rights reserved.¶

(c) Code 2020-2026 Miroslav Sotek. All rights reserved.¶

ORCID: 0009-0009-3560-0851¶

Contact: www.anulum.li | protoscience@anulum.li¶

scpn-quantum-control -- Phase 2 publication package¶

Phase 2 Publication Package -- 2026-05-05¶

This manifest defines the release-ready Phase 2 publication package for the DLA parity hardware continuation. It is an index of committed artefacts only; it does not introduce new analysis results.

Validated scope¶

Scope	Status
Phase 1 `n=4` DLA parity campaign	Promoted raw-count dataset.
Phase 2 A+G `n=4` replication	Promoted raw-count replication with same-day readout baseline.
Phase 2 B-C `n=6,8` scaling	Promoted mixed early-scaling evidence.
Phase 2 popcount control	Promoted excitation-count confound control.
Phase 2 D-E larger scaling	Not submitted; no hardware claim.
Phase 2 F/GUESS mitigation	Not submitted; no mitigation claim.
Multi-device replication	Not yet run; no device-independence claim.
Broad quantum advantage	Not claimed.

Hardware jobs and QPU use¶

Block	Backend	Jobs	Circuits	Shots	IBM-reported QPU seconds
A main	`ibm_kingston`	`ibm-run-7da8644af35021fb`	600	4096	660
G readout	`ibm_kingston`	`ibm-run-6f9990bba1d90a12`	12	8192	27
B-C scaling	`ibm_kingston`	`ibm-run-1f46ebd0da8912ff`	280	4096	305
Popcount main	`ibm_kingston`	`ibm-run-7d468e2b1e44b406`	360	4096	not yet recorded
Popcount readout	`ibm_kingston`	`ibm-run-b3424c38cfe03c86`	5	8192	not yet recorded

Promoted A+G plus B-C QPU use: 992 quantum seconds, or 16.53 minutes. The popcount-control jobs completed successfully; IBM-reported QPU seconds are pending dashboard reconciliation and are not included in that total.

Raw data and integrity¶

Artefact	SHA256
`data/phase2_dla_parity/phase2_reduced_ag_2026-05-05T121357Z.json`	`7c5f2a32d5a113d916d84d26d27a69336846364d5ee23ba4621b059125e0f5d5`
`data/phase2_scaling_bc/phase2_scaling_bc_2026-05-05T124722Z.json`	`f9718c3789329dbaa96a1667f8a581e3d1774632b961a1760c044138ccab6550`
`figures/phase2/phase2_n4_replication_asymmetry.png`	`12d12e491a1499309dbcf1bb27cb994bbfa262f9f3ccac25647aa1250add99bd`
`figures/phase2/phase2_bc_scaling_mixed_asymmetry.png`	`1c8b93c34f346d3aea865bcec470dca31a879870af3df3ce12aa4ad4f3d015e0`
`data/phase2_popcount_control/phase2_popcount_control_2026-05-05T135318Z.json`	`f43cbd7e466a3267847b44a750aeba7801cbc52ef10e9808573ef7ed01ec3cf0`

Reproduction commands¶

Phase 2 A+G:

PYTHONDONTWRITEBYTECODE=1 /home/anulum/.local/bin/python \
  scripts/analyse_phase2_dla_parity.py --verify-integrity

Phase 2 B-C:

PYTHONDONTWRITEBYTECODE=1 /home/anulum/.local/bin/python \
  scripts/analyse_phase2_scaling_bc.py \
  data/phase2_scaling_bc/phase2_scaling_bc_2026-05-05T124722Z.json \
  --sha256 f9718c3789329dbaa96a1667f8a581e3d1774632b961a1760c044138ccab6550

Figures:

PYTHONDONTWRITEBYTECODE=1 /home/anulum/.local/bin/python \
  scripts/plot_phase2_dla_parity.py

Phase 2 popcount control:

PYTHONDONTWRITEBYTECODE=1 /home/anulum/.local/bin/python \
  scripts/analyse_phase2_popcount_control.py --verify-integrity

Paper build:

cd paper
pdflatex -interaction=nonstopmode -halt-on-error phase1_dla_parity.tex

Compact result table¶

Block	Result	Interpretation
Phase 2 A+G	Fisher chi2 `140.671952`, p `3.773718e-20`, 6/10 depths significant.	Strong same-device `n=4` raw-count replication.
Phase 2 B-C `n=6`	Fisher chi2 `46.531552`, p `1.883218e-07`, 2/4 depths significant.	Mixed sign; significant negative depths at 8 and 20.
Phase 2 B-C `n=8`	Fisher chi2 `29.420107`, p `2.675193e-04`, 3/4 depths significant.	Positive middle-depth sign at 4, 8, and 14.
Phase 2 popcount control	Excitation-inversion Fisher chi2 `139.164854`, p `8.829457e-24`; within-sector swaps also significant.	Excitation count and state choice materially contribute; no DLA-parity-only causal claim.

Claim boundary¶

The package supports a narrow hardware claim:

The n=4 parity-sector/excitation-number correlated leakage asymmetry is reproduced from independently submitted Phase 2 raw counts on ibm_kingston, with same-day readout control. The first n=6,8 scaling continuation is mixed: n=8 preserves a positive middle-depth sign, while n=6 has negative significant depths. The popcount-control follow-up shows that excitation count and state choice materially contribute to the observed leakage pattern.

The package does not support:

broad quantum advantage;
monotone scaling validation;
n=10,12 hardware validation;
GUESS mitigation validation;
multi-device replication;
mitigated observable-level performance claims;
a DLA-parity-only causal interpretation.