In the field of catalysis research, a relatively new strategy for molecular energy conversion is the use of space-confined catalysis, with undercover catalysis being one example. Scientists are learning that…
Remote Access? No Access? Organisation and Connectivity of Research Infrastructures in a Post-Pandemic World The Pufendorf IAS ((Pufendorfinstitutet) welcomes you to an open discussion about access to research and infrastructures…
This is a workshop where we will focus on corrosion and synchrotron-based in situ measurements using Large Scale Research Facilities like MAX IV. Day 1 offers a series of interesting…
…the last Ice Age, the clays originally lay below sea level. The change in salinity of the porewater in the clay, research shows, is a contributing factor for its susceptibility…
Come and meet us in Lund to explore how x-ray and neutron scattering can reveal the complexity of food materials Are you working with food research in industry or academia? Are…
…a versatile beamline, being able to perform several different SAXS experiments, like conventional SAXS; Time-resolved SAXS (TR-SAXS); Anomalous SAXS (aSAXS), which are particularly interesting for soft matter research. In the…
…Wallenberg Foundation and started as a way for Sweden to contribute to a sustainable future and the UN Sustainable Development Goals. WISE has defined a matrix of research areas of…
…is thanks in part to an industry-driven push for alternative energy sources through increased funding for research. “There is a direct connection to the industry, and we use industrial catalysts…
Presenting InfraVis, a national research infrastructure funded by the Swedish Research Council (Vetenskapsrådet) in support of scientific advancement through the application of state-of-the-art data analysis and visualization techniques. eSSENCE is…
Synchrotron science can be applied to a wide variety of research areas. MAX IV is open to enquiries and proposals from a diverse range of industry sectors and can give…