…Simonov (Swerim) This study aims at gathering data on how a new category of steel is more durable but at the same time equally wear-resistant. This kind of product is…
…new storage media and new manufacturing techniques, obtaining sustainable energy by mimicking photo-synthesis and gleaning insight into chemical and biological functional dynamics. Due to the emergence of X-ray sources with…
…electrons can exist in two states, one that can give rise to the glueing interaction and one that can host the electrons being glued together. “We show that the gossamer…
…to the activities of MAX IV Laboratory; Approval of the annual budget as well as of major investments required for maintenance and new constructions; Approval of strategic documents requested by the…
Members of the MAX IV Board Professor Robert Feidenhans’l, Director XFEL (Chair) Professor Aleksandar Matic, Chalmers University Anders Holmén, Head of Pharmaceutical Sciences, Astra Zeneca Annika Jenmalm Jensen, Infrastructure Director…
…with experimental data, synchrotron light allows you to study your product in unprecedented ways. New research findings from MAX IV can help you tackle R&D and production challenges, collect key…
…who will carry forward new insights and experiences to society and their research fields. PRISMAS includes an on-site secondment at the large-scale research facility and synchrotron MAX IV in Lund,…
MAX IV collaborates with various consortia and projects through which users can apply for privileged beamtime access or other forms of support. Privileged access Listed below are the privileged access…
…vehicles. Using synchrotron X-ray techniques, you can study healthy and diseased cells and tissue as a basis for developing new medical treatments and explore new active compounds and delivery systems…
Driven by the need for a new, global food system with more plant-based foods and sustainable packaging alternatives, food production and processing companies team up with MAX IV to access…