Understanding materials at the microscopic and atomic scale remains a cornerstone of modern materials science. The MATRAC 2 programme on Applications of Neutrons and Synchrotron Radiation in Materials Science provided researchers with an opportunity to deepen their knowledge of advanced characterisation techniques used at large-scale research infrastructures.
Organised with the involvement of leading European research institutions, including Helmholtz-Zentrum Hereon and Forschungszentrum Jülich, the programme focused on the fundamental principles and practical applications of neutron and synchrotron-based analytical methods. These techniques enable scientists to investigate structural and functional properties of materials across multiple length scales, providing critical insights into their behaviour and performance.
The programme combined lectures, technical discussions, and applied exercises designed to connect theoretical foundations with real research challenges. Participants explored how neutron and synchrotron scattering techniques are used to analyse material structures, interactions, and dynamic processes that are otherwise difficult to observe using conventional laboratory tools.
A key component of the programme was a visit to the Forschungs-Neutronenquelle Heinz Maier-Leibnitz (FRM II) operated by the Technical University of Munich. The facility is one of Europe’s prominent neutron sources and provides researchers with highly specialised instruments for studying materials ranging from advanced alloys and polymers to biological and bio-based systems.
The programme also offered participants the opportunity to present their research and engage in scientific exchange with peers and senior experts. Among the contributions was a poster presentation by researcher scientist at VTT and PhD candidate from Stockholm University Anusha Bhat, highlighting work conducted within the Bio-LUSH project. The presentation focused on research related to biomaterials and cellulose-based systems, opening discussions on how advanced scattering techniques can contribute to the analysis and optimisation of sustainable materials.
Beyond the technical content, the MATRAC 2 programme fostered a collaborative environment that encouraged interdisciplinary dialogue and knowledge exchange. For many participants, exposure to large-scale facilities and advanced characterisation methods expanded their understanding of how such infrastructures can support research across diverse materials domains.
Disclaimer: This article is based on publicly available information shared by Anusha Bhat on LinkedIn following her participation in the MATRAC 2 programme, as well as information available on the official MATRAC 2 programme website.
