Antonino Di Piazza
(Max Planck Institute for Nuclear Physics, Heidelberg, Germany)
Stuart Mangles
(Imperial College London, United Kingdom)
Mattias Marklund
(University of Gothenburg, Sweden)
QED Laser Plasmas
Moved from 2020 to 2022 due to Covid-19.
International Workshop
26 - 30 September 2022
Ultra-intense lasers are indispensable tools for fundamental and applied research.
They can ionize matter, excite collective effects, accelerate particles to relativistic energies and drive nonlinear quantum effects. The aim of this workshop is to bring together laser-plasma theorists and experimentalists with nonperturbative quantum field theorists, to explore the rapidly growing new field of nonlinear relativistic multi-particle quantum dynamics.
Key questions
- How do nonlinear relativistic quantum dynamics affect ultra-intense
laser-plasma interactions? - How do multi-particle plasma effects affect nonlinear relativistic quantum dynamics?
- In what parameter regimes do incoherent models of nonperturbative
QED have to be amended? - What simplified models can include plasma dynamics in nonperturbative
QED calculations? - Which experimental tests can explore relativistic quantum plasmas?
- What novel phenomenology can be triggered by multi-particle relativistic
quantum dynamics? - How can a multi-particle relativistic quantum framework be developed?
Invited speakers
A. V. Arefiev (US)
S. S. Bulanov (US)
S. V. Bulanov (CZ)
N. Elkina (DE)
E. Gelfer (CZ)
P. Ghenuche (RO)
Z. Gong (DE)
A. Gonoskov (SE)
M. Grech (FR)
U. Hernandez Acosta (DE)
L. Ji (CN)
C. H. Keitel (DE)
K. Krajewska (PL)
A. Laso García (DE)
J. T. Mendonca (PT)
M. Mirzaie (KR)
M. Tamburini (DE)
M. Vranic (PT)
M. Zepf (DE)
