“Our work has demonstrated that the graphene-cubic silicon carbide material structure shows a great potential to realize solar-driven conversion of CO2 and water into chemical fuels. Our long-term objective is…
…stress on the superlattice from the bottom. These two competing forces cause the whole heterostructure to bend and curl up into a tube,” explained Pavlo Zubko, Professor of Physics at…
…member, you also have the opportunity for privileged access to ForMAX in particular. Ask us for more information. https://www.youtube.com/watch?v=OyMf5ayqtbI Examples of research topics at MAX IV Studying cellulose-based materials across…
…the collective efforts of everyone at MAX IV, hundreds of people, that have contributed to MAX IV’s success,” explained Mikael Eriksson. “So, it was decided to display the medal in…
…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,…
…considerable amount of data influx of 16GB/second was challenging to manage. “To solve this issue, we had to use a very specialized computer, with so-called smart network cards, to help…
…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…
…beamline design, and technical capabilities of the endstations. The objective is to get feedback and have detailed discussions to finalise various aspects of the project. More information, as well as…
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…