Speaker
Description
Unlocking the potential of experimental data, our project enhances the findability of experimental datasets across photon and neutron (PaN) facilities and materials science laboratories through a foundational classification of experimental techniques. The integration of the PaNET ontology with the NeXus Ontology enables the establishment of a foundational classification of PaN experiment techniques, fostering semantic coherence across data catalogues and records within major European facilities and world-wide.
By bridging semantic gaps and establishing coherent classification systems towards ontology harmonisation, the project paves the way for seamless data discovery and analysis, empowering researchers to advance their Open Science initiatives across diverse materials characterization techniques.
