Wintersemester 2020/21

• 19.10.2020, 09:30 Uhr, Dr. Oscar O. Versolato, EUV Plasma Processes, Associate Professor at Vrije Universiteit Amsterdam, Advanced Research Center for Nanolithography (ARCNL): Multiply charged ions and their key role in laser-driven plasma light sources for nanolithography

• 26.10.2020, 09:30 Uhr, Lukas Endres, The cryogenic reaction microscope, MPIK: MCP detectors at low temps

• 02.11.2020, 09:30 Uhr, Dr. Sven Bernitt, Helmholtz-Institut Jena: Solving incongruences in the motion of interstellar oxygen with highly charged ions

• 09.11.2020, 09:30 Uhr, Shuyuan Hu, Excited atoms and molecules in strong fields, MPIK: Results on streaking experiments

• 16.11.2020, 09:30 Uhr, Dr. Stepan Dobrodey, Highly-charged ion dynamics, MPIK: Charge-exchange studies in the X-ray and EUV domains

• 23.11.2020, 09:30 Uhr, Dr. Elwin Dijck, Highly-charged ion dynamics, MPIK: Characterizing the superconducting Paul trap CryPTEx-IISC

• 30.11.2020, 09:30 Uhr, Alexander Magunia, Excited atoms and molecules in strong fields, MPIK: Detuning effects with near-resonant XUV pulses & future projects

• 07.12.2020, 09:30 Uhr, Hannes Lindenblatt, Ionized atoms and molecules in strong fields, MPIK: XUV pump-probe with Xe-clusters

• 14.12.2020, 09:30 Uhr, Jiaqi Zhou, Ultra-cold dynamics and collisions, MPIK: Visualizing molecular rotation in fs pump-probe study

• 21.12.2020, 09:30 Uhr, : Division Safety Meeting

• 11.01.2021, 09:30 Uhr, Paul Birk, Excited atoms and molecules in strong fields, MPIK: Attosecond Buildup of Light-Matter Interaction

• 18.01.2021, 09:30 Uhr, Divya Bharti, Photoionization time delays (Junior research group), MPIK: SHG-RABBITT on Argon

• 25.01.2021, 09:30 Uhr, Hemkumar Srinivas, Ionized atoms and molecules in strong fields, MPIK: RABBIT with REMI

• 01.02.2021, 09:30 Uhr, Gergana D. Borisova, Excited atoms and molecules in strong fields, MPIK: Strong-field ionization of FEL-prepared doubly excited states in the helium atom

• 08.02.2021, 09:30 Uhr, Deepthy Maria Mootheril, Ionized atoms and molecules in strong fields: (e,2e) and (e,3e) on lithium