# E.ON Decision Explorer — public evidence summary **Edition:** public release **Canonical Explorer:** https://research.qonduit.org/EOn/ **Technology:** https://technology.qonduit.org/ **Company:** https://qonduit.org/ Developed by Qonduit Limited, New Zealand. This is independent Qonduit work developed in response to the E.ON challenge brief. This public Explorer presents accepted public-reference evidence, independent validation and bounded decision pathways without selecting a winner. The package contains no E.ON corporate logo or artwork, no E.ON operational data, and no implication of E.ON endorsement. ## What this Explorer contains - 88 accepted public-reference candidate characterisations. - A schematic, non-geographic view of the authenticated 124-bus, 123-branch public-reference topology with candidate-selected corridors highlighted. - 1,760 precomputed deterministic sensitivity evaluations. - A 30-record non-dominated set across six separately displayed native units. - Current accepted Stage 1–4 status. - Completed seven-seat Stage 1 and five-seat Stage 3 advisory Council audits with independently verified procedure. - The tested-scope quantum result: **PASS_NO_DEFENSIBLE_TARGET_ADMITTED**. ## Scientific and advisory status - **Stage 1:** PASS / HIGH; frozen static public-reference evidence independently accepted. - **Stage 2:** terminal PASS; complete 88-candidate analysis and six-dimensional Pareto relationships. - **Stage 3:** PASS_STAGE3_TEMPORAL_REALITY; 35,136 complete 15-minute intervals from a public SimBench-derived non-E.ON 2016 reference. Deterministic sensitivity only—not a forecast, probability or E.ON calibration. - **Stage 4:** formally complete / PASS after A03 canonical admission; protected scientific evidence unchanged. Stage 5 is not authorized or started. - **Stage 1 Council:** PASS / ADVISORY_COMPLETE; seven members, 42 ordered non-self review edges and 95/95 procedural checks passed. Advisory only; not seven independent numerical reproductions. - **Stage 3 Council:** PASS / ADVISORY_COMPLETE, NATIVE_TASK_COUNCIL; five members, ten review edges and fifteen decisions with five acceptances each; zero dissent, minority findings, blockers and vetoes; independent procedural verifier terminal PASS. authority=false. ## Quantum result and continuing pathway Q0 completed successfully as a target-screening investigation. It did not find a defensible quantum target in the currently authenticated family. This exact result does not mean quantum is universally unnecessary or impossible. Qonduit made zero execution calls for this result; no simulation, MPS, quantum hardware or provider run occurred in this independent challenge-response work, and no quantum advantage is claimed. The controlled pathway may be revisited when authenticated larger instances, measured classical-hardness scaling, a lossless decoder and target-specific resource evidence exist. ## Claim boundary - The public-reference workflow contains 88 accepted candidate characterisations and 1,760 precomputed sensitivity evaluations. - The public-reference topology contains 124 buses and 123 source branches; candidate selections can be inspected in a schematic, non-geographic view. - A public dependency-free Python verifier published by Qonduit Limited, New Zealand authenticates and structurally verifies the supplied 88 candidate records and 1,760 deterministic sensitivity evaluations, and independently recomputes the 30-record six-metric non-dominated set. - Thirty records are non-dominated across six separately displayed native-unit objectives. - Stages 1–4 have accepted dispositions within their declared public-reference scope. - The seven-seat Stage 1 and five-seat Stage 3 Councils completed substantive evidence-based advisory scrutiny with independently verified procedure. - Qonduit Limited, New Zealand developed the workflow technology, quantum-target screening discipline, independent-validation orchestration and interactive decision presentation. - The controlled pathway can revisit quantum execution if future authenticated target, scale, decoder and resource evidence justify it. Not established: - The reference evidence is E.ON-calibrated, operationally representative, a forecast, probability or growth plan. - A candidate is a preferred winner, operational recommendation, investment decision, construction claim or N-1 certification. - The source-relative cost index is E.ON CAPEX, NPV or business value. - The scoped negative target screen means quantum is universally unnecessary or impossible. - E.ON executed a Qonduit quantum workload, MPS comparison, hardware run or provider run for this result. - The Councils created scientific acceptance authority, deployment authority, external certification or publication acceptance. ## Public reproducibility package **Repository:** https://github.com/SolRollaz/eon-phase1-static-reference-reproducibility **Reviewed main commit:** 8c5ff06794671edad486665dbb6a71952c976b49 **Attribution:** Qonduit Limited, New Zealand, 2026 Dependency-free Python verifier. It authenticates and structurally verifies the supplied 88 Stage 2 candidate records and 1,760 deterministic sensitivity evaluations, and independently recomputes the 30-record six-metric non-dominated set. It is supporting public evidence, not a substitute for this explanation. It does **not** rerun upstream candidate enumeration, the original power-flow model, CINELDI ingestion, Stage 1, Stage 3, Stage 4, Factory/Council/Qonduit runtime, quantum execution, or the entire project. ## Attribution and disclosure - **Qonduit Limited, New Zealand:** Workflow technology, governed quantum-target screening, validation orchestration and this interactive Explorer presentation. - **Qonduit Limited, New Zealand, 2026:** Publisher of the bounded static-reference reproducibility package for independent Qonduit work developed in response to the E.ON challenge brief: a dependency-free Python verifier for specified Stage 2 derived/static results. - **CINELDI MV reference grid:** [*Reference data set for a Norwegian medium voltage power distribution system*](https://doi.org/10.5281/zenodo.7703070), by Sperstad, Iver Bakken; Fosso, Olav Bjarte; Jakobsen, Sigurd Hofsmo; Eggen, Arnt Ove; Evenstuen, Julie Helen; Kjølle, Gerd; version 2023-03-06; Zenodo; licensed under [Creative Commons Attribution 4.0 International](https://creativecommons.org/licenses/by/4.0/). Changes were made: the source grid was transformed into the public-reference study family shown in this Explorer. The Explorer contains no E.ON network or operational data. No endorsement is implied. - **SimBench:** Contains information from [SimBench—A Benchmark Dataset of Electric Power Systems to Compare Innovative Solutions Based on Power Flow Analysis](https://doi.org/10.48662/daks-48), which is made available here under the [Open Database License (ODbL) 1.0](https://opendatacommons.org/licenses/odbl/1-0/). Any rights in individual contents of the SimBench database are licensed under the [Database Contents License (DbCL) 1.0](https://opendatacommons.org/licenses/dbcl/1-0/). Source: Meinecke, Steffen; Klettke, Annika; Drauz-Mauel, Simon; Braun, Martin; Spalthoff, Christian; Sprey, Julian; Kittl, Chris; Moser, Albert; Cronbach, Dennis; Rehtanz, Christian; van Leeuwen, Tobias; Bornhorst, Nils; Lauven, Lars-Peter; Kneiske, Tanja M.; Sarajlić, Džanan. (2024). *SimBench—A Benchmark Dataset of Electric Power Systems to Compare Innovative Solutions Based on Power Flow Analysis*. DaKS. [https://doi.org/10.48662/daks-48](https://doi.org/10.48662/daks-48). The displayed demand and generation case factors were authored for this study; the Explorer includes no SimBench records, interval values, profiles, tables or reconstructible database extract. No endorsement is implied. - **CPython:** Classical runtime used by the accepted scientific pipeline; producer calculation was standard-library based. - **NumPy 2.3.5:** Third-party numerical library used by the independent polar Newton–Raphson verification oracle. - **E.ON:** Challenge-context reference only. This is independent Qonduit work developed in response to the E.ON challenge brief. The package contains no E.ON corporate logo or artwork, no E.ON operational data, and no implication of E.ON endorsement. These public evidence files are sanitized artifacts. They contain no raw internal evidence tree, local path, worker identifier, prompt, credential, Factory control or private data.