Presentation on the activities of TA1, covering
- status of the ELNs
- metadata capture at the beamlines (manual and automated)
- best practices for metadata capture
- Sample PIDs
- data formats.
We present current updates on the development of snip – the user friendly collaborative lab book to document your current thoughts about the experiment online and live.
Recent improvements include:
- Hyperlinks to other systems,
- Hyperlinks to specific snips,
- Single Sign On / OpenID Connect,
- Progressive Web App for mobile devices,
- Python library.
Task Area 2 (TA2) aims to create raw- and curated open (Meta)data repositories and catalogs that align with FAIR principles across PaN radiation sources, universities, and other research institutions. The focus is on developing corresponding services to ensure FAIR data sustainability and achieve comprehensive usability of the data for the global scientific community in PaN Research. The...
In this talk, we will present the SciCat project and its community, together with the core concepts adopted in the project. We will provide an update on the latest functionalities recently added, including the ones directly supported by the “DAPHNE4NFDI contribution for SciCat” effort. We will touch on the effort to improve documentation and to lower the barrier to adopt and deploy SciCat....
This presentation provides an overview about the current status of SciCat at MLZ and the underlying infrastructure. Data acquisition and metadata capture are decoupled based on the RabbitMQ message broker. Information from various sources, such as the user office system, sample environment and the instrument are aggregated in the Networked Instrument COntrol System and transmitted in messages...
We will give an overview on activities within Task Area 3, with a focus on achievements, both by individual partners and on the global level, within the period since the last user meeting.
This part will cover software developments and maturation, as well as the establishment of a DAPHNE4NFDI software catalogue and activities to harmonise good software development and deployment...
The compositional optimization of new materials necessitates the high-throughput screening of a multitude of compositions, which must be investigated to elucidate the non-linear and non-monotonic structure-property-composition dependencies [1]. In this regard, data-driven material science enables researchers to accelerate the identification of new materials with desired properties for specific...
