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@rodem-hep

RODEM HEP

Machine Learning in High Energy Physics at the University of Geneva
README.md

RODEM HEP GitHub

This is the GitHub area for the RODEM Particle Physics group at the University of Geneva.

What is RODEM?

RODEM: Robust Deep Density Models for High-Energy Physics and Solar Physics

A Sinergia research project funded by the Swiss National Science Foundation SNSF 2021-2024

Who are RODEM HEP?

Prof. Tobias Golling and his research group at the DPNC, University of Geneva

Members of the ATLAS collaboration and ML in HEP community

Areas of interest

Cover a broad spectrum of modern machine learning models, with focus on deep learning and in particular generative modelling.

Developing new ML approaches for application to physics problems, and using particle physics to feed back into development of modern ML techniques.

Datasets

  • RODEM Jet datasets arXiv data

Publications (with code)

2025

  • Mind the Gap: Navigating Inference with Optimal Transport Maps arXiv
  • A continuous calibration of the ATLAS flavour-tagging classifiers via optimal transportation maps arXiv
  • Strong CWoLa: Binary Classification Without Background Simulation arXiv
  • End-to-End Optimal Detector Design with Mutual Information Surrogates arXiv
  • Strategic White Paper on AI Infrastructure for Particle, Nuclear, and Astroparticle Physics: Insights from JENA and EuCAIF arXiv
  • TRANSIT your events into a new mass: Fast background interpolation for weakly-supervised anomaly searches arXiv GitHub
  • Weakly supervised anomaly detection for resonant new physics in the dijet final state using proton-proton collisions at s√=13 TeV with the ATLAS detector arXiv
  • Large Physics Models: Towards a collaborative approach with Large Language Models and Foundation Models arXiv

2024

  • Robust resonant anomaly detection with NPLM arXiv
  • Variational inference for pile-up removal at hadron colliders with diffusion models arXiv GitHub
  • White-box adversarial generalization journal arXiv GitHub
  • Masked Particle Modelling v2 arXiv GitHub
  • RAD-OT arXiv
  • PIPPIN journal arXiv GitHub data
  • SkyCURTAINs arXiv
  • Cluster Scanning journal arXiv GitHub
  • Masked particle modelling journal arXiv GitHub

2023

  • Drapes journal arXiv
  • TURBO journal arXiv
  • EPiC-ly fast arXiv
  • Flows for flows journal arXiv GitHub
  • Interplay of ML based resonant anomalies arXiv
  • PC-Droid journal arXiv GitHub
  • OT Decorrelation arXiv GitHub
  • 𝜈2-Flows journal arXiv GitHub data
  • CURTAINs Flows for Flows journal arXiv
  • Flow away your differences arXiv
  • Topographs journal arXiv GitHub data
  • PC-JeDi journal arXiv GitHub

2022

  • FETA journal arXiv GitHub
  • Dequantisation arXiv GitHub
  • Flows for Flows arXiv GitHub
  • 𝜈-Flows journal arXiv GitHub data
  • Flowification arXiv GitHub
  • CURTAINs journal arXiv
  • SUPA arXiv GitHub

2021

  • Funnels arXiv GitHub
  • Turbo-Sim arXiv

2020

  • Mass-ive issue arXiv

Current and former collaborators

Prof Tobias Golling - PI

Postdocs

  • Dr Kinga Wozniak @kingusiu, 2023--present
  • Dr Alexander Froch 2024--present
  • Dr Yusong Tian 2024--present
  • Dr Chris Scheulen @kanguR00t, 2024--present
  • Dr Johnny Raine @jraine, 2018--2024
  • Dr Knut Zoch @knutzk 2021--2023
  • Dr Manuel Guth @manuguth 2021--2023
  • Dr Sebastian Pina-Otey @spinaotey 2021-2022

PhD students

Popular repositories Loading

  1. PC-JeDi PC-JeDi Public

    Public repository for the PC-JeDi project

    Python 4 8

  2. nu2flows nu2flows Public

    Python 4 13

  3. mpm mpm Public

    Pretraining models on high energy physics data using the masked prediction paradigm.

    Python 2 3

  4. .github .github Public

    Profle for RODEM HEP GitHub

    1 2

  5. Topographs Topographs Public

    Repository for the Topographs project

    Python 1 3

  6. pcdroid pcdroid Public

    Faster diffusion and improved quality for particle cloud generation

    Python 1 3

Repositories

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