Speaker
Description
Optical spectroscopy covers experimental techniques such as ellipsometry, Raman spectroscopy, or photoluminescence spectroscopy. In the upcoming transformation process of the research environment towards FAIR data structures, these techniques will play a crucial role as they govern various fundamental and easily accessible material properties such as reflectivity, light absorption, bandgap, or material composition. The present barriers to this transformation are indicated and a standard to surpass these problems is pointed out. This was done in cooperation with hardware companies as well as scientists. The advantage and potential of these resulting FAIR data structures are highlighted as well as their integration in research labs.
This is done exemplarily for the optical spectroscopy standard and one of its respective specializations. The processing steps are shown to transform the nowadays-usual measurement setups into FAIR data setups.