Michael Krämer Fest

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MBP1 026 (Physikzentrum )

MBP1 026

Physikzentrum

Otto-Blumenthal-Straße 52074 Aachen
Description

To celebrate Michael Krämer's 60th birthday, we are organizing a half-day workshop on 19 October 2026, highlighting some topics related to Michael's broad range of scientific activities in a few selected talks. The workshop at the Physikzentrum in Aachen will start at 13:00h and will be followed by a Festkolloquium at 16:30h and a subsequent reception.

We very much hope that many friends, collaborators, students, and colleagues will be able to join us on this occasion. 

Registration
Workshop Registration
Participants
    • Workshop MBP1 026 (Physikzentrum (Modulbau 1))

      MBP1 026

      Physikzentrum (Modulbau 1)

      • 1
        Dark Matter
        Speaker: Dr Jan Heisig (Université catholique de Louvain (UCL))
      • 2
        SUSY Fits
        Speaker: Herbi Dreiner
      • 3
        Precision and Resummation
        Speaker: Anna Kulesza (University of Muenster)
      • 4
        Philosophy of Science
        Speaker: Florian Boge (TU Dortmund)
    • 14:20
      Coffee Break MBP1 026 (Physikzentrum (Modulbau 1))

      MBP1 026

      Physikzentrum (Modulbau 1)

    • Workshop MBP1 026 (Physikzentrum (Modulbau 1))

      MBP1 026

      Physikzentrum (Modulbau 1)

      • 5
        Statistical Mechanics for Neural Networks
        Speaker: Moritz Helias (RWTH Aachen University)
      • 6
        Machine Learning for LHC physics
        Speaker: Tilman Plehn (Heidelberg University)
      • 7
        Quarkonium
        Speaker: Martin Beneke (Technische Universitaet Muenchen (DE))
    • 16:00
      Coffee Break MBP1 026 (Physikzentrum (Modulbau 1))

      MBP1 026

      Physikzentrum (Modulbau 1)

    • Colloquium 28D 001 (Physikzentrum)

      28D 001

      Physikzentrum

      • 8
        To see or not to see: the physics of what we don't observe

        Every measurement in particle physics is shaped as much by what
        escapes detection as by what is recorded. Soft gluons and photons can
        go unseen, but they leave a universal imprint on the theoretical
        predictions for almost all observables at the Large Hadron Collider
        (LHC), for example. I will discuss how far this universality extends,
        from the classic "soft theorems" to regions where the radiation begins
        to resolve the structure of the underlying hard process, and what this
        means for precision predictions at the LHC. Color, never observed
        directly, decides how heavy quarks bind into quarkonia. And particles
        that leave no trace at all may reveal the nature of dark matter
        through the energy they carry away. Along the way I reflect on what we
        learn from both seeing and not seeing, a question that has run through
        Michael Krämer's work for three decades.

        Speaker: Eric Laenen (Nikhef National institute for subatomic physics (NL))
    • 17:30
      Reception 28D 001 (Physikzentrum)

      28D 001

      Physikzentrum