This workshop will focus on Early Science opportunities for studying gas-phase molecular dynamics with the high repetition rate X-ray pulses available from LCLS-II.  We will focus on opportunities using coincidence methods applied in our reaction microscope end station (DREAM).
   

Organizers:

James Cryan, SLAC National Accelerator Laboratory/LCLS

Peter Walter, SLAC National Accelerator Laboratory/LCLS

Agenda:

8:00 AM    Introduction - Call for Early Science,  Robert Schoenlein- SLAC National Accelerator Laboratory/LCLS

8:10 AM The TMO instrument - DREAM,  Peter Walter-SLAC National Accelerator Laboratory/LCLS

8:30 AM    Ultrafast molecular and electronic dynamics to be probed by high repetition rate XFELs,  Kiyoshi Ueda- Tohoku University

8:55 AM COLTRIMS Reaction Microscopes at XFELs - Lessons learned and future perspectives, Till Jahnke- Goethe-Universität Frankfurt am Main

9:20 AM     Break

9:30 AM Probing Ultrafast Molecular Dynamics with Photoelectrons, Arnaud Rouzee- Max Born Institute Berlin

9:55 AM Tracking electronic coherence following photoionization,  Jon Marangos- Imperial College London

10:20 AM    DREAMing of Coincidences: Investigation of Molecular Dynamics, Electron Correlation, Bond Imaging, and Ionization Mechanisms of small Systems,  Thorsten Weber- Lawrence Berkeley National Laboratory

10:45 AM    Break

10:55 AM    High Rep. Rate Attosecond Pulses,  Agostino Marinelli- SLAC National Accelerator Laboratory/ PULSE

11:15 AM Proposed Early Science with DREAM,  Peter Walter- SLAC National Accelerator Laboratory/LCLS

11:35 AM Contributed Session - up to 6 different 5 min presentations,  James Cryan (moderator)

11:40 AM Discussion of Early Science Plan,  James Cryan (moderator)

12:10 PM     End