Quantum Vacuum Interactions with Intense Lasers

Europe/Berlin
CALA Multifunktionsraum (Fakultät für Physik, LMU München, Am Coulombwall 1, 85748 Garching b. München)

CALA Multifunktionsraum

Fakultät für Physik, LMU München, Am Coulombwall 1, 85748 Garching b. München

Am Coulombwall 1, 85748 Garching Teilnahme via Zoom möglich: Meeting-ID: 671 1150 2854 Kenncode: 040178
Registration
Participants
Participants
  • Anna Schmidt
  • Felix Karbstein
  • Holger Gies
  • Jona Bortfeldt
  • Jörg Schreiber
  • Leonard Doyle
  • Matt Zepf
  • Sonja Gerlach
  • Timo Pohle
  • Ulrich Schramm
  • +16
    • Welcome & Introduction
      Convener: Prof. Jörg Schreiber (LMU Munich)
      • 1
        Welcome
        Speaker: Malte Kaluza (FSU Jena)
      • 2
        DFG FOR 2783: An Overview
        Speaker: Holger Gies (TPI, FSU Jena)
      • 3
        Overview Talk
        Speaker: Prof. Matt Zepf (Helmholtz Institut Jena)
    • Lunch & Conversation
    • Crossing Paths / Community building

      Short Introduction talks by participants

      Convener: Prof. Matt Zepf (Helmholtz Institut Jena)
      • 4
        Predicting Optical Quantum Vacuum Signals: Successes and Challenges
        Speaker: Felix Karbstein
      • 5
        Theory and simulations of laser-matter interactions in the SF-QED regime
        Speaker: Alexander Pukhov (HHUD)
      • 6
        High-resolution diagnostics for plasma electron accelerators and beam stabilization
        Speaker: Malte Kaluza (FSU Jena)
      • 7
        Low emittance electron beams for QED and light source experiments.
        Speaker: Prof. Stefan Karsch (Ludwig-Maximilians-Universität München)
      • 8
        Towards novel, better, high precision beams
        Speaker: Bernhard Hidding (HHU Düsseldorf)
      • 9
        Possible Contribution from X-ray Optics
        Speaker: Gerhard Paulus (FSU Jena)
    • 2:00 PM
      Coffee
    • Crossing Paths / Community building

      Short Introduction talks by participants

      Convener: Malte Kaluza (FSU Jena)
    • 4:00 PM
      Short Break
    • Closing discussion / lab visit