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Area B: Experiment
Heiko Weber
Prof. Dr. Heiko Weber
Area Leader
Laurenz Rettig
Prof. Dr. Laurenz Rettig
Deputy Area Leader
Lukas Pielsticker
Dr. Lukas Pielsticker
Area Coordinator

Making experimental materials data interoperable across techniques and instruments

Experimental materials research uses a wide range of techniques and instruments, producing diverse and often complex data that can be difficult to combine, analyze, and reuse.

FAIRmat Area B develops common data models and tools that make experimental data interoperable across methods. By extending these approaches to multidimensional, time-resolved, and multi-technique experiments, Area B enables integrated data analysis and prepares experimental workflows for AI applications and autonomous laboratories.

Objectives

  • Make experimental data interoperable across instruments, techniques, and data sources.
  • Enable integrated analysis and reuse of multidimensional and time-resolved experimental data.
  • Connect data from multiple techniques in multimodal, in-situ, and operando experiments.
  • Prepare experimental data and workflows for AI-assisted analysis and autonomous laboratories.
Diagram showing the FAIRmat Areas with Area B Experiment highlighted.

Tasks in Area B

B1: Hyperspectral imaging

Developing data models and tools for multidimensional spectroscopy, imaging, mapping, and tomography.

Task Leader: Christoph T. Koch

B2: Basic characterization

Providing standardized access to structured and interoperable data across a broad range of experimental characterization methods.

Task Leader: Heiko B. Weber

B3: Time-resolved experiments

Developing data models for time-dependent experiments across different timescales, including pump-probe and real-time analysis techniques.

Task Leader: Laurenz Rettig

B4: Multi-technique experiments

Integrating in-situ and operando experiments to enable consistent and interoperable combinations of multiple experimental techniques.

Task Leader: Walid Hetaba