…to enhance the solar energy conversion efficiency in order to commercialize this technology,” said Jianwu Sun, senior lecturer at Linköping University and principal investigator of the study. Deep, elemental understanding…
Complex transition-metal oxides are often sensitive to strain and may display very different properties if their lattice is compressed or extended. This is especially true of ferroelectric materials, such as…
…on developing new material concepts, investigating new areas of application for wood-based materials, finding new methods for extracting and processing more wood components from the bulk processes, and studying how…
…MAX IV’s history such as the first ever drawing of MAX I from 1986. It includes a sculpture commemorating the first protein structure solved at the lab using an innovative…
…the time of the call the chopper and laser are not yet in operation and further commissioning of the beamline will take place during spring 2024. The beamline is also…
…the community with operando surface and powder X-ray diffraction at high frame rates. In this workshop, we will present the project’s current state to the community, including the science case,…
…membrane protein KR2, the team acquired a complete, high-quality X-ray dataset with 1ms time resolution. “We can now peek into finer details of how proteins work. This is important, as…
…we recruit the most qualified candidates on the basis of competence. Find out more about our recruitment process and the different steps below. Selection chevron_right After the last day of…
…the community with full-field X-ray imaging and tomography using absorption and phase contrast. In this workshop, we will present the project’s current state to the community, including the science case,…
ForMAX is specially designed for advanced studies on wood-based materials. It allows in-situ multiscale structural characterization from nm to mm length scales by combining full-field tomographic imaging, small- and wide-angle…