…polymer solar cells. Together with a research team from Linköping University, Epishine is currently conducting an experiment at MAX IV to examine how the light cells’ chemical and electronic structure is affected…
The future of efficient biofuel production is within reach. With measurements from MAX IV’s SPECIES beamline, a group from Lund University and RISE, Research Institutes of Sweden, has successfully developed a…
…Research Council in November. He has also navigated challenges related to increasing operating costs. “I am enthusiastic about the possibility of continuing to work for MAX IV. It is a…
…neutron science and technology, as a user facility catering to the majority of the European neutron research community. The ILL is collocated on the European Photon and Neutron (EPN) campus…
…on the morphology of polymer became a matter of interest. A teaser of the research was conducted at the synchrotron in Brazil. Although only one sample was tested with a…
…and Applications of Synthesized Cabonaceous Nanoparticles” to continue their research. Read more about the new sample delivery system and Low Density Matter research at MAX IV Low Density Matter at…
…complementary technique to study proteins in room temperature. MAX IV offers state-of-the-art instruments and world-class tools for crystallography as well as high-throughput screening techniques. Examples of research topics at MAX…
MAX IV is a partner in LINXS – Lund Institute of Advanced Neutron and X-ray Science. LINXS works under strategic focus areas reflecting broad research priorities – Soft Matter, Life…
…carried out in collaboration with them. Please note that FinEstBeAMS does not have a chopper in the beamline. Gas-phase research activities at FinEstBeAMS are part of Low-density-matter (LDM) research at…
…are the most common clinical treatments for patients with such infections by targeting the viral DNA polymerase. The research done at BioMAX, led by Prof. Pål Stenmark from Stockholm University,…