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This Annual UK-based EBSD meeting is an excellent opportunity for the multidisciplinary EBSD community to meet and share the newest developments and applications of EBSD, and EBSD-related techniques. EBSD is used to study materials across geoscience, materials science and engineering, and physical science. There are also exciting emerging applications of EBSD to the biological sciences. Talks will include state-of-the-art developments in instrumentation and software, new techniques, as well as a variety of applications and uses of EBSD, transmission Kikuchi diffraction (TKD), electron channelling contrast imaging (ECCI), and related microscopy modalities.

Session 1: Applications of EBSD in a correlative microscopy pipeline; Session 2: Earth and Planetary Science; Session 3: Developments in pattern indexing and data quality; Session 4: Metallurgical and structural materials; Session 5: EBSD on semiconductors, functional and energy materials; Session 6: New technical developments and future opportunities for EBSD

Royal Society of Chemistry

It becomes increasingly clear that the relationship between structure and function of hierarchical biominerals can only be understood by connecting the length scales and interrogating comprehensively the impact of atomic-level organisation and the multi-level assembly of the resulting composites. This Faraday Discussion will focus on the application of advanced methods to scrutinise existing paradigms in biomineralization and improve our understanding of mineralisation across length scales by bringing together different communities including world-leading experts in relevant imaging and spectroscopy techniques with the biomineralization community where these methods are commonly used.

Royal Society of Chemistry

To benefit from the predicted superior properties of high-entropy alloy (HEA) nanostructures in future energy solutions, many fundamental scientific questions and challenges still remain. These include: the development of new synthetic routes to achieve nanostructures with compositional, morphological and structural control; development of new high-throughput characterization routines to examine the structural and elemental distribution of multi-elemental nanostructured materials with high spatial resolution; the development of theoretical models to predict the catalytic properties and active sites driving the reactions on multi-elemental surfaces; the evolution of HEA nanostructured catalysts under realistic operating conditions; magnetic properties of HEAs. This Faraday Discussion aims to bring together pioneers within this area in a cross-disciplinary manner by providing a platform to explore possible solutions to these challenges, while establishing a fundamental understanding of these novel materials.

Chemikalien und Materialwissenschaft,    Nanoteilchen und Emulsionen