Specific Synchrotron Radiation Facilities Users Community (SpRUC)

Structural materials science at SPring-8 has advanced through studies aimed at elucidating the structural origins of novel physical properties in a wide variety of materials, including strongly correlated electron systems, fullerene-related materials, organic solids, magnetic materials, dielectric materials, semiconductors, and metals. Researchers from diverse fields such as physics, chemistry, earth sciences, and materials science have contributed to this area, producing numerous achievements through diffraction and scattering experiments using high-brilliance synchrotron radiation. With the ongoing upgrade project to SPring-8-II, structural materials science is expected to further expand in scope. In addition to conventional crystal structure analysis, increasing attention is being paid to multimodal measurements combining diffraction, scattering, spectroscopy, and imaging, as well as studies of structural dynamics under external stimuli such as temperature, light, pressure, electric fields, and gas atmospheres. The Structural Materials Science Research Group promotes collaboration among researchers from various disciplines to advance structural analysis based primarily on elastic scattering techniques and to elucidate the mechanisms of novel physical properties in diverse material systems, including nano- and mesoscale structures and composite materials. The group also aims to share and develop measurement and data analysis techniques while fostering interactions within the user community. Looking ahead, the group seeks to utilize the high-brilliance synchrotron radiation available at SPring-8-II to advance diffraction and scattering studies and to contribute to the development of new science exploring structure?property relationships through collaboration with other research groups and the facility.