Published June 3, 2026 | Version v0.1-R2-prediction-freeze

MAV-MCC LHCb Level 2 Simulator Prediction Freeze v0.1-R2 — Pre-Full-Output Predictions for Request #67

Description

This workflow freezes pre-full-output simulator predictions for the MAV-MCC LHCb CPV Level 2 request #67.

The prediction layer uses the published MAV-MCC simulator extracted from Zenodo record 19598320, the Level 1 source-macro public-derived metrics, and the already audited LHCb request #67 configuration/test-production field audit. It does not use the full real-production output, which is still pending.

Frozen prediction status:

  • dominant spatial seed: 16;

  • secondary spatial seed: 9;

  • dominant temporal state: T4;

  • secondary temporal state: T3;

  • class: B / Downstream;

  • expected structure: 16/T4 boundary-recursive carrier with a strong seed-9 local-release ridge;

  • D/C proxy: D_proxy = 0.863434, C_proxy = 0.706400, C−D = −0.157034, C+D = 1.569834;

  • polarity rule: MagUp and MagDown must be audited separately before any combined interpretation;

  • expected validation signature: localized phase-space / invariant-mass hierarchy stronger than a uniform global effect;

  • sWeights, sidebands, efficiency/correction proxies, and final kinematic cuts: not final; only possible as derived proxies after a separate post-output runbook.

R2 adds the complete branch-specific simulator audit JSON, including the spatial seed axis 6/8/9/16, the temporal seed axis T1/T2/T3/T4, and the D/C proxy axis for Deconstruction / Reconstruction. The six-key feature JSON remains the minimal simulator UI input, while the R2 full-branch JSON is the audit wrapper required for complete traceability.

This package is not a scientific scoring result. It contains no new LHCb measurement, no event-level reproduction, no full LHCb analysis reproduction, no amplitude-model closure, no nuisance-correction closure, no LHCb/CERN endorsement, and no theorem-level proof of MAV-MCC.

No MAV-MCC Level 2 scoring is allowed until the full output is downloaded, SHA256-locked, ROOT-inventoried, split by magnet polarity, field-audited, and explicitly released for scoring.

Files

MAV_MCC_LHCB_LEVEL2_SIMULATOR_PREDICTION_FREEZE_v0_1_R2_PACK.zip

Additional details

References

  • De Franco, G. MAV-MCC 4T+4S Annex v0.1-R1 — Simulator Provenance and LHCb Level 2 Ntupling Readiness. Zenodo. DOI: 10.5281/zenodo.20529048. De Franco, G. MAV-MCC 4T+4S — Partial Results, Frozen Predictions, and Open Raw-Data Call. Zenodo. DOI: 10.5281/zenodo.19598320. De Franco, G. MAV-MCC LHCb CPV Level 2 Open Data / Ntupling Prefreeze v1.0-R2 — Pre-Access and Pre-Scoring Protocol with Metric Formula and Manifest Lock. Zenodo. DOI: 10.5281/zenodo.20495338. De Franco, G. MAV-MCC LHCb CPV Post-Community Level 2 Action Pack v0.1 — Continuity Report, Curator Response Note, and Open Data / Ntupling Protocol Draft. Zenodo. DOI: 10.5281/zenodo.20494059. De Franco, G. MAV-MCC LHCb CPV RAW-Public Closure v0.2 — Post-Download Source-Macro Results and Audit Package. Zenodo. DOI: 10.5281/zenodo.20477152. De Franco, G. MAV-MCC LHCb CPV RAW-Public Closure v0.2 — Pre-Registered Data Acquisition and Analysis Protocol. Zenodo. DOI: 10.5281/zenodo.20476082. De Franco, G. MAV-MCC 4T+4S Theory Freeze / core methodological reference. Zenodo. DOI: 10.5281/zenodo.20095217. De Franco, G. MAV-MCC 4T+4S Unified General Theory transition-extension reference. Zenodo. DOI: 10.5281/zenodo.19974197. LHCb Collaboration. Observation of charge-parity symmetry breaking in baryon decays. Nature 643, 1223–1228 (2025). DOI: 10.1038/s41586-025-09119-3.