Complete symmetry-range scan at masses 10, 50, 100, 150, 200 GeV — multi-channel MET cross-checks and rebinning

Short abstract:Comprehensive symmetry-range scans were performed at target masses 10, 50, 100, 150 and 200 GeV across four principal final-state families (electron, muon, photon, jet) and their pairwise combinations. The analysis tests symmetry conservation in two groups — Strong Hypercharge (baryon number, strangeness, charmness, bottomness, topness) and Weak Hypercharge (energy, momentum, angular momentum, electric charge, lepton number, B−L, parity asymmetry, charge asymmetry, CP asymmetry, CPT asymmetry) — and compares group-level and global deltas at each mass point. Multiple MET regimes are examined using CaloMET and PFMET, plus crossed CaloMET–PFMET diagnostics to reveal reconstruction anomalies across trajectory and temperature-like regimes. The dataset includes flexible rebinning scripts (0.5 GeV → 0.005 GeV) to adapt resolution for follow-up studies.Expanded description:This dataset and supporting code provide a complete, reproducible symmetry-check workflow over a mass landscape sampled at 10, 50, 100, 150 and 200 GeV with the following features: Mass scanning and binning Primary scans across 0–200 GeV with configurable bin widths from 0.5 GeV down to 0.005 GeV via an included rebinning utility. Predefined bin-centers and automated rebinner to produce high-resolution and coarse-resolution views. Symmetry groups and tests Strong Hypercharge group: baryon number (B), strangeness (S), charmness (C), bottomness (b), topness (t). Weak Hypercharge group: energy (E), linear momentum (p), angular momentum (J), electric charge (Q), lepton number (L), B−L, parity asymmetry, charge asymmetry, CP asymmetry, CPT asymmetry. Each test computes per-bin counts, normalized rates, local significances, and group-level aggregations. Comparative and delta diagnostics Channel-level and group-level comparisons at each target mass (10, 50, 100, 150, 200 GeV). Delta metrics quantifying differences between Strong and Weak groups and a global symmetry delta across masses. Automated look-elsewhere correction hooks and configurable significance calculators. Channels and MET diagnostics Main channels: electron, muon, photon, jet plus pairwise and mixed combinations (e.g., eμ, μγ, γj, ej). MET analysis: CaloMET, PFMET and crossed diagnostics (CaloMET/PFMET ratio, difference, anomaly flags). Trajectory and temperature-like regime tests: segmentation of events by kinematic regimes, comparison of MET reconstruction stability across regimes. Outputs and reproducibility Histograms, peak lists, symmetry-violation arrays, per-event extraction utilities, and PDF/PNG figures. Scripts to extract event lists for highest-significance bins (for duplication, weight, and trigger checks). Example notebooks and minimal diagnostic jobs to reproduce focused checks for single files. Creator entry (Name / Affiliation / ORCID): Tomaz Dionísio, André Luís — École Pratique des Hautes Études Commerciales; Federal Center for Technological Education Celso Suckow da Fonseca; Pontifical Catholic University of Rio de Janeiro — ORCID:0009-0006-4648-3804 Contact person: André Luís Tomaz Dionísio — [e-mail] — Affiliation: École Pratique des Hautes Études Commerciales Rights holder: Rights holder: André Luís Tomaz Dionísio