Generate research proposals for particle physics phenomenology. This skill produces the complete project foundation in a single pass: research proposal, model formalization (model-spec.json, calc-tasks.json), experimental constraints (constraints-data.json), and benchmark formulas for calculation verification (benchmarks.json). Trigger this skill when the user mentions: "research idea", "new project", "propose a topic", "generate proposal", "start a new study", "research direction", or any request to brainstorm or formulate a phenomenology research topic. Also trigger when the user wants to derive a follow-up project from the conclusions of a completed study.
Numeric execution layer for HEP workspace projects: numerical scans, scan-config validation, constraint decisions, exclusion plots, and analysis summary generation. Use this skill when the user asks for numerical scan, exclusion plot, run numerics, validate scan-config, rerun an analysis, replot figures, scan.csv/scan.meta inspection, or custom observable wiring in a HEP phenomenology project.
Read a published paper (arXiv id / DOI / local PDF) and turn it into workspace artifacts: literature/paper-meta + paper-extract + repro-targets (Setup mode), and model/calc-tasks/constraints/benchmarks (Formalize mode). Trigger when the user says "reproduce", "reproduce paper", "replicate fig", "rebuild paper", "import paper", "build workspace from arxiv", or supplies a paper identifier (arXiv id, DOI, PDF path) and asks to formalize it. Does NOT do the comparison itself — that is `repro-orchestrator` + `compare_to_reference.py`.
Convert natural-language and LaTeX quantum field theory calculation requests into Package-X Mathematica code (`.wl` files). Supports analytic calculations for tree-level diagrams and one-loop Feynman integrals. Trigger when the user mentions Package-X, one-loop calculations, one-loop, loop integral, tree diagram, tree-level, Feynman integral, Lagrangian, LoopIntegrate, LoopRefine, Spur, DiracMatrix, FermionLine, Projector, Contract, Passarino-Veltman, self-energy, vacuum polarization, vertex correction, anomalous magnetic moment, decay rate, decay width, form factor, scattering cross section, Wilson coefficient, or Dirac trace.