…for producing thin, flexible organic solar cells with printing techniques have resulted in industry-leading products with low-light cells for indoor use. Now, the company is investigating ways to optimise their…
…fragments bound to the cancer protein in different ways were identified. Eleven new fragment interactions were detected for the first time. All data was collected at the BioMAX beamline at MAX IV…
…proofreading to control receptor activation and signaling specificity. Furthermore, they demonstrated that it is possible to engineer the binding site in a way that allows them to influence which ligands…
…and thus, come up with new solutions that will prevent or reduce corrosion failure. This way, the company can produce steel that is more durable and in turn less maintenance…
The main way to gain access to MAX IV is through the “User Science Programme”. All access modes listed below, with the exception of Proprietary access, are included in said…
…replicating its genomic material. By doing so the virus will “die out” over time as it fails to reproduce or make infectious particles. One way of getting this knowledge is…
…a monocrystalline substrate in a way that the lattice of the film is squeezed or stretched to match that of the substrate. However, once the material has been planted on…
…way that mammalian milk proteins do. From left to right: Ulla Elofsson (RISE), Johan Krakau (Cassius AB), Anna Fureby (RISE), Christopher Söderberg (MAX IV), Fátima Herranz (MAX IV), Ann Terry…
…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…
…the lobby for all to see on their way in to work.” MAX IV Director Olof Karis and Lund University physics professor Mikael Eriksson. Credit: Heidi Forssell LaGrasta A visibly…