Prediction and ATLAS-Style Pseudo-Analysis of a Non-Standard 7.3 TeV Resonance

This work defines a falsifiable collider prediction and a reproducible analysis procedure for independent verification.

This record contains two documents:

1. Prediction of a non-standard resonance at approximately 7.3 TeV with suppressed dilepton branching and enhanced multijet plus missing transverse energy topology, derived from Pattern Field Theory (PFT).

2. A corresponding ATLAS-style pseudo-analysis defining object selection, event cuts, invariant mass reconstruction, and signal region criteria suitable for testing the prediction in proton-proton collision data.

The analysis is constructed to operate directly on collider data without imposing model-dependent assumptions.

Signal topology:
pp → X → 4j + ℓ + E_T^miss

Selection criteria:
- Nj ≥ 4
- E_T^miss > 200 GeV
- Nℓ ≤ 1

Signal region:
6.5 TeV < M_jets < 8.0 TeV

A localized excess in this region, consistent with the predicted topology, constitutes evidence for the predicted high-mass resonance.