Satellite Workshop on Data Acquisition in Angle-Resolved Photoemission Spectroscopy 
Due to the advancement of both electron detectors and light sources, ARPES data is increasing in volume and complexity. This applies to ARPES performed at 3rd and 4th generation light sources as well as lab-based sources. We have reached a point where data handling, workflow management, visualization and analysis are a severe challenge and potentially become the bottleneck in our workflows rather than data acquisition itself. Currently, there exist mainly isolated, i.e. lab- or facility-specific, solutions for data acquisition and file formats, metadata definitions, data-processing workflows, and analysis approaches. A community-wide ARPES (meta)data schema in the quest for reproducible, scalable and transparent data analysis is not yet established.
This Satellite Workshop aims to reveal the great potential for speeding up our progress by attacking certain challenges in joint efforts.
Important: A Zoom Client 5.0 is required for participation.
3 June, 2020 - 09:00 to 13:00 (CEST)
Program
09:00 Opening Remarks by Ralph Ernstorfer (Fritz-Haber-Institut Berlin)
09:10 Data Acquisition and Treatment on a Scientific and Industrial Level by Stefan Böttcher (SPECS GmbH)
09:30 Challenges in data collection at a modern cw laser-driven spin-ARPES system by Lukasz Plucinski (FZ Juelich)
09:50 NXarpes, the Data File Standard for ARPES in NeXus by Moritz Hoesch (DESY Hamburg)
10:10 Break
10:30 Single event data processing for multidimensional photoemission spectroscopy by Steinn Ymir Agustsson (JGU Mainz)
10:50 Handling Big Multidimensional Experimental Data on Small Desktop Computers by Michael Hartelt (TU Kaiserslautern)
11:10 A machine learning route between band mapping and band structure by Vincent Stimper (MPI for Intelligent Systems, Tübingen)
11:30 Metadata from a conceptual, user, and technical perspective by Markus Scheidgen (NOMAD, HU Berlin)
11:50 Plenary Discussion
12:00 Breakout Sessions
13:00 Breakout Session Reports, Concluding Remarks (5 minutes per group)
13:20 End of the Workshop
Live updates to the program will be published here:
https://pad.gwdg.de/s/BkvDLWps8
Access Data
- Access to the workshop: https://us02web.zoom.us/j/87959479503?pwd=dnlIaUFIV2ZlWlhZTmhpSDRBUTFtZz09, Meeting ID: 879 5947 9503, Password: FAIRDI2020
- Breakout Session 1: Data & Metadata Acquisition, https://us02web.zoom.us/j/88674909605?pwd=YU85c1RTZWwxVGZxbHUveTA3dXphZz09, Meeting ID: 886 7490 9605, Password: FAIRDI2020
- Breakout Session 2: Metadata-Definitions / NeXus, https://zoom.us/j/92558953661?pwd=YWhncm9nSzBGdjI3bmxXcW5qVUpEQT09, Meeting ID: 925 5895 3661, Password: FAIRDI2020
- Breakout Session 3: Large Data Handling / Post-Processing / Workflow Management, https://us02web.zoom.us/j/81403313667?pwd=c3VRa1JVS0YzeXlCQ1pzSTJpU1Q0dz09, Meeting-ID 814 0331 3667, Password: FAIRDI2020
- Breakout Session 4: Repository / Open Data / Data Publication, https://us02web.zoom.us/j/87959479503?pwd=dnlIaUFIV2ZlWlhZTmhpSDRBUTFtZz09, Meeting ID: 879 5947 9503, Password: FAIRDI2020
Abstracts
1 | Steinn Ymir Agustsson | Single event data processing for multidimensional photoemission spectroscopy | Details ... | ||
12 | Michael Hartelt | Handling Big Multidimensional Experimental Data on Small Desktop Computers | Details ... | ||
21 | Lukasz Plucinski | Challenges in data collection at a modern cw laser-driven spin-ARPES system | Details ... | ||
30 | Vincent Stimper | A machine learning route between band mapping and band structure | Details ... | ||
34 | Moritz Hoesch | NXarpes, the Data File Standard for ARPES in NeXus | Details ... | ||
40 | Stefan Böttcher | Data Acquisition and Treatment on a Scientific and Industrial Level | Details ... | ||
46 | Markus Scheidgen | Metadata from a conceptual, user, and technical perspective | Details ... |