Software

I develop and maintain open-source tools for Monte Carlo event generation and particle-physics data analysis, and contribute to community infrastructure that this software relies on:

• Code contributor to LHAPDF, the standard library for accessing parton distribution functions at the LHC.
• Contributor to HepMC, the common event-record format shared by Monte Carlo generators, and to Rivet and YODA, used for analysis and histogramming of generated events.
• Gentoo Linux developer, maintaining scientific packages in the gentoo-sci overlay.
• Active in the Scikit-HEP ecosystem, primarily through pylhe.

Projects

• LHEUTILS

  Active · Author

  Command-line utilities for filtering, converting and processing Les Houches Event (LHE) files and Monte Carlo event samples.

  Source

• STRAP

  Experimental · Author

  Statistics TRAcking Protocol — a small, Unix-style text protocol for accumulating per-event statistics during scientific simulations, with a Rust-based GUI for visualizing the resulting data.

  Source

• pylhe

  Active · Core maintainer

  Lightweight, pure-Python library for reading and writing Les Houches Event (LHE) files, the standard Monte Carlo event format in high-energy physics. Part of the Scikit-HEP ecosystem.

  Source Docs PyPI