Making experimental materials data interoperable across techniques and instruments
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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
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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
