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Quantum Computing for High-Energy Physics (QC4HEP)

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Beschreibung

The next Quantum Computing for High-Energy Physics (QC4HEP) working group in-person meeting will be held at the Arnold Sommerfeld Center for Theoretical Physics at the Ludwig Maximilian University of Munich on February 26-27, 2026.

Initiated by IBM, CERN, and DESY, QC4HEP strives to bring about a strong synergy between quantum computing (QC) and high-energy physics (HEP). This entails harnessing the power of QC for HEP applications that can enable quantum computers to serve as venues complementary to dedicated particle colliders, while simultaneously exploring the suite of HEP phenomena that can facilitate quantum advantage on a quantum computer.

Main organizer: Jad Halimeh (LMU Munich, MPQ)

 

Contact
  • Do., 26. Februar
    • 1
      Registration
    • 2
      Welcome and State of the Art Updates
    • Theory talks plenary
      • 3
        Bárbara Andrade
      • 4
        Julian Schuhmacher
      • 5
        Simon Williams
        Sprecher: Dr. Simon Williams
        SWilliams_QC4HEP.pdf
      • 6
        Jad Halimeh
        Sprecher: Jad Halimeh (Ludwig Maximilian University of Munich)
    • 10:30
      Coffee Break
    • Experimental talks plenary
      • 7
        German Rodrigo - Closing the precision gap with Quantum Algorithms
        Sprecher: Dr. German Rodrigo
        2026_03_Muenchen_rodrigo.pdf
      • 8
        Yacine Haddad
        Sprecher: Dr. Yacine Haddad
      • 9
        Carla Rieger - Hybrid Method for Efficient Simulation of Physics Applications for a Quantum Computer
        Sprecher: Carla Rieger
      • 10
        Enrique Rico Ortega - Superconducting quantum simulators for dynamical lattice gauge fields: from proposal to real-time string dynamics
        Sprecher: Enrique Rico Ortega (CERN)
    • 12:00
      lunch and discussions
    • Experiment breakout talks
      • 11
        Miranda Carou Laiño - Qutrits for physics at the LHC
      • 12
        Xenofon Chiotopoulos - The 1-Bit Quantum Filter for particle trajectory reconstruction
      • 13
        Masahito Yamazaki
      • 14
        Michele Grossi - Quantum Generative Models for Fragmentation Function
        Sprecher: Michele Grossi (CERN)
    • Theory breakout talks
      • 15
        Emil Rosanowski
      • 16
        Giovanni Cataldi
      • 17
        Mattia Morgavi
      • 18
        Arianna Crippa
    • 14:30
      Coffee Break
    • Experiment breakout - Discussion
    • Theory breakout talks
      • 19
        Simran Singh
      • 20
        Pierre Fromholz
      • 21
        Anthony Gandon
      • 22
        Klaus Liegener
    • 23
      Poster Session
    • 18:00
      IBM-sponsored dinner

      https://www.brennergrill.de/

  • Fr., 27. Februar
    • 24
      Discussion
    • 12:00
      Lunch