Seminar Dynamik und Struktur von Atomen und Molekülen

In der Regel mittwochs um 09:30 im Zentralen Seminarraum

Archiv vergangener Seminare

Sommersemester 2024

  • 17.04.2024, 09:30 Uhr, Harijyoti Mandal; Excited atoms and molecules in strong fields: Coherent control of electron emission direction through doubly excited states in helium with SASE FEL
  • 24.04.2024, 09:30 Uhr, Arikta Saha; Excited atoms and molecules in strong fields: Time-resolved helium plasma dynamics using XUV transient absorption spectroscopy
  • 08.05.2024, 09:30 Uhr, Nick Lackmann, Highly charged ion dynamics: Velocity map imaging with an XUV comb
  • 15.05.2024, 09:30 Uhr, Silva Mezinska; Ultra-cold dynamics and collisions: Two-color ionization of lithium
  • 22.05.2024, 09:30 Uhr, Hannes Lindenblatt, Ionizing atoms & molecules in strong fields: Charge transfer in small Xenon-clusters
  • 29.05.2024, 09:30 Uhr, Rui Jin; Excited atoms & molecules in strong laser fields: Fraunhofer-type transmission spectroscopy of CF4 molecules in intense x-ray fields
  • 05.06.2024, 09:30 Uhr, Natalia Copete Plazas, Ultrafast Liquid Crystal Dynamics (ULCD): Temperature controlled LC based flat jet
  • 12.06.2024, 09:30 Uhr, apl. Prof. José R. Crespo López-Urrutia: The very hot periodic table
  • 19.06.2024, 09:30 Uhr, Lina Hedewig; Excited atoms and molecules in strong fields: Towards Multidimensional XUV Spectroscopy Combined with Spectral Interferometry
  • 26.06.2024, 09:30 Uhr, Fiona Sieber, Highly charged ion dynamics: Nonlinear Pulse Compression Multi-Pass Cell characterized by Frequency-Resolved Optical Gating
  • 03.07.2024, 09:30 Uhr, Marta Murillo Sanchez; Ultrafast Liquid Crystal Dynamics: HHG from thermotropic LCs
  • 10.07.2024, 09:30 Uhr, Patrick Rupprecht, Berkeley National Laboratory: Measuring lifetimes of core-level excited states with attosecond four-wave mixing spectroscopy
  • 17.07.2024, 09:30 Uhr, Ruben Henninger, Highly charged ion dynamics: Ultra stable reference cavity for quantum logic spectroscopy
  • 24.07.2024, 09:30 Uhr, Stepan Kokh, Highly charged ion dynamics: Ground state cooling of a single beryllium ion in a superconducting resonator Paul trap