In technologically relevant compound systems, even minor differences in stoichiometry can significantly alter material properties, emphasizing the crucial need for accurate composition data. Dr. Primetzhofer elucidated how ion beam-based analysis (IBA) techniques serve as a unique toolbox for non-destructive composition depth profiling, especially for compounds involving light chemical species.
The seminar provided an overview of IBA principles, emphasizing its advantages including minimal sample preparation requirements, non-destructive analysis, and swift measurements. Specific case studies showcased the capabilities of various ion beam-based methods, demonstrating their application in diverse scenarios ranging from energy storage materials to thin film battery stacks and hard coatings.
Following the seminar, a dynamic round-table discussion led by Dr. Juris Purans, Head of the Thin Film Laboratory and SWEB project manager, further enriched the conversation. Dr. Primetzhofer shared insights on commercializing scientific findings, drawing from his experience at the Tandem Laboratory. Dr. Smagul Karazhanov, ERA Chair Holder, stressed the importance of academia-industry collaboration, outlining visionary strategies to be developed within the SWEB project.
Dr. Boris Polyakov, a leading researcher, advocated for strengthened cooperation among research centers in upcoming Horizon Europe programme calls. His focus was on fostering both fundamental and applied sciences for green and sustainable technologies, aligning with SWEB’s sustainability roadmap.
The seminar and ensuing discussions underscored the SWEB project’s commitment to advancing cutting-edge research and collaboration. The exploration of IBA techniques and interdisciplinary dialogue between experts highlighted the project’s dedication to driving innovation in sustainable technologies.
