Physikalisches Kolloquium
Quantum Dynamics in Extreme Electromagnetic Fields at the Limit: From fast Particles to New Physics
| Datum: | 26.05.2025, 14:15 - 16:45 Uhr |
| Kategorie: | Kolloquium |
| Ort: | Hubland Süd, Geb. P1 (Physik), Röntgen-Hörsaal, Online |
| Veranstalter: | Fakultät für Physik und Astronomie, Theoretische Physik I, Prof. Dr. Ronny Thomale |
| Vortragende: | Prof. Dr. Christoph Keitel (Ruprecht-Karls-Universität Heidelberg und Max-Planck-Institut für Kernphysik) |
Am 26. Mai 2025 um 14:15 Uhr findet das nächste Physikalische Kolloquium zum Thema "Quantum Dynamics in Extreme Electromagnetic Fields at the Limit: From fast Particles to New Physics" statt. Bereits ab 13:45 Uhr können Sie sich im Foyer vor dem Röntgen-Hörsaal auf eine Tasse Kaffee oder Tee treffen.
The talk introduces into the research area of quantum dynamics in extremely strong electromagnetic fields with a focus on intense laser pulses and highly accelerated lepton beams. For this purpose, effects like quantum radiative reaction and vacuum polarization will have to be taken into account and explained. The extreme parameter domain for high-energy lepton beams counter-propagating extreme laser pulses, but also very highly charged ions and nuclei in extreme environments are then shown to offer new territories for quantum dynamics with potential.The talk introduces into the research area of quantum dynamics in extremely strong electromagnetic fields with a focus on intense laser pulses and highly accelerated lepton beams. For this purpose, effects like quantum radiative reaction and vacuum polarization will have to be taken into account and explained. The extreme parameter domain for high-energy lepton beams counter-propagating extreme laser pulses, but also very highly charged ions and nuclei in extreme environments are then shown to offer new territories for quantum dynamics with potential for testing fundamental equations at the limit and thus for the search of new physics. In addition various applications are presented such as for the generation of high-quality polarized high-energy particle and gamma-ray beams.
Teilnahme
Präsenz im Röntgen-Hörsaal und online.
