14–18 Sept 2026
Europe/Vienna timezone

Session

Plenary Presentations

14 Sept 2026, 09:30

Presentation materials

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  1. Nicole Michelle Hartman (TUM (DE))
    14/09/2026, 09:30
  2. Ben Assi, Ben Assi, Benoit Assi
    14/09/2026, 10:00
  3. Theo Heimel (UCLouvain)
    15/09/2026, 09:00
  4. Michał Mazurek (National Centre for Nuclear Research (PL))
    15/09/2026, 09:30

    Monte Carlo simulations are essential for physics analyses and detector design in High Energy Physics (HEP). As the computational requirements of traditional simulation rapidly outpace available computing budgets, leveraging Generative AI for fast simulation has become vital to producing the required volume of simulated samples.
    Nevertheless, transitioning from initial, toy models to...

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  5. Jay Ajitbhai Sandesara
    15/09/2026, 10:00
  6. Anna Hallin (University of Hamburg), Anna Maria Cecilia Hallin (Universität Hamburg)
    16/09/2026, 09:00
  7. Eric Anton Moreno (Massachusetts Inst. of Technology (US))
    16/09/2026, 09:30

    Experimental high energy physics analysis is traditionally a multi-year effort dominated by repetitive implementation that demands little physics insight. LLM-based AI agents can now autonomously execute substantial portions of this pipeline, collapsing the implementation bottleneck to roughly ten hours of wall-clock time. This talk surveys the rapidly developing landscape of agentic AI in...

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  8. Marie Hein (RWTH Aachen University)
    17/09/2026, 09:00

    Traditional new-physics searches face a trade-off between coverage and sensitivity. Anomaly detection offers a way to extend their reach by searching for unusual signatures without assuming a specific signal model. Over the past decade, the field has developed a broad range of anomaly-detection paradigms and methods. More recently, the focus has begun to shift from developing new methods...

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  9. Sioni Paris Summers (CERN)
    17/09/2026, 09:30
  10. Felix Weiglhofer (CERN)
    18/09/2026, 09:00
  11. Manuel Szewc
    18/09/2026, 09:30

    Hadronization, the transition between unobservable quarks and gluons to observable hadrons, is a key aspect of the theoretical framework of particle physics. However, it is a fundamentally challenging process due to its non-pertubative nature, and thus event generators implement empirical models based on QCD insights. In this talk, I'll detail how Machine Learning has been incorporated into...

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