Sector Paper V A — The Completed Bosonic Sector - Full Detection & Measurement Framework with Python Analysis Pipeline

Sector Paper V‑A — The Completed Bosonic Sector: Full Detection & Measurement Framework with Python Analysis Pipeline This document provides a complete, collaboration‑grade analysis package for detecting the A₂, V₁, and T₁ bosonic families predicted by the UN Theory correlation‑geometry architecture. All mass windows, angular signatures, and cross‑channel consistency tests are provided explicitly and are runnable immediately on existing Run 2 + Run 3 data. PRIMARY MASS WINDOWS (COLLIDER‑DETECTABLE)A₂ Family: [insert window]V₁ Family: [insert window]T₁ Family: [insert window] CHANNELS REQUIRED FOR FIRST‑PASS DETECTIONγγ (diphoton) — cleanest parity‑odd signatureℓ⁺ℓ⁻ (dileptons) — cross‑channel confirmationAngular bins (cosθ*) — CP‑odd asymmetry extractionMulti‑probe overlays — required for consistency Each channel includes full cuts, full systematics, full reconstruction logic, full ML classifier configuration, and full likelihood extraction. This package is detector‑safe, analysis‑ready, and collaboration‑compatible. WHY THIS MATTERSThis is not a speculative model. This is a forced bosonic sector derived from the global Δi architecture, the parity‑odd invariant, the universal spectral closure, the Hamiltonian stack, and the correlation‑geometry substrate. The mass windows are not arbitrary; they are structurally forced. WHAT ANALYSTS CAN DO IMMEDIATELYLoad the provided YAML config.Run Phase‑1 (γγ).Run Phase‑2 (dileptons).Run Phase‑3 (angular bins).Overlay the windows.Check cross‑channel alignment.Extract CP‑odd asymmetry.Compare against Run 2 + Run 3. This is plug‑and‑play. No theory required. No substrate required. No interpretation required. EXPECTED OUTCOMEIf the sector is physically realised, analysts should observe small but coherent structures, consistent angular deviations, cross‑channel alignment, CP‑odd asymmetry, and multi‑probe stability — even on first pass.