Catalog

Lecture2Go Catalog Universität Hamburg F.6 - Mathematik, Informatik, Naturwissenschaften Physik

Video Catalog

Institution

F.6 - Mathematik, Informatik, Naturwissenschaften

Sub institution

Physik

Term

SoSe 12

Category

Lehrveranstaltung


18 SoSe 12 Workshop on "Dynamical Correlations in Quantum Matter: From Few- to Many-Body Systems" Stefan Kuhr, Artur Widera, Lorenz S. Cederbaum et al. Lehrveranstaltung Physik 30.05.2012 Probing strongly correlated quantum systems with single-atom resolution Stefan Kuhr 30.05.2012 Immersing single atomic impurities into quantum gases Artur Widera 30.05.2012 Exploring interatomic Coulombic decay by free electron lasers Lorenz S. Cederbaum 30.05.2012 Ultracold few-body processes in atomic waveguides Prof. Vladimir Melezhik 30.05.2012 New Avenues to explore ultra-fast dynamics at free-electron lasers Joachim Ullrich 30.05.2012 Dipolar Bose-Einstein condensates with weak disorder Axel Pelster 30.05.2012 Photoionization and fragmentation of small molecules by XUV light; Non-adiabatic pathways to Coulomb explosion Oriol Vendrell 30.05.2012 Electronic and structural dynamics using intense, tunable, short-pulse x-rays Steve Southworth 30.05.2012 Multiple ionization under strong XUV to x-ray radiation P. Lambropoulos 30.05.2012 Thermodynamics and quantum dynamics of ion Coulomb crystals Giovanna Morigi 30.05.2012 An atomic Mott insulator with strong attractive interactions Hanns-Christoph Nägerl 30.05.2012 Optimal control of quantum correlations in few- to many-body systems Tommaso Calarco 30.05.2012 Trapping and interfacing cold neutral atoms using optical nanofibers Arno Rauschenbeutel 30.05.2012 The R-matrix approach with time dependence for atoms in short light fields Prof. Hugo van der Hart 30.05.2012 Accessing correlated electron motion on the attosecond timescale Johannes Feist 30.05.2012 Deterministic few-fermion systems Selim Jochim 30.05.2012 The Bose-Hubbard model with tunable, three-body onsite interactions Seth Rittenhouse 30.05.2012 Universal physics of three, four or five identical bosons Prof. Chris Greene