…data analysis was done with the FragMAXapp, a software program developed at MAX IV that runs on the laboratory computer cluster. The DEMAX group supported with protein modelling, and experimental…
At the MAX IV beamlines we operate and support many types of detectors and cameras, from large pixel area detectors to energy resolving detectors and their associated pulse processors. Today…
…coherence-based methods and their applications. For the 2024 occurrence, MAX IV Laboratory selected the Clarion Hotel Sea U in Helsingborg as the venue. The event is supported by the Carl…
…your experiment are registered All Participants have a valid safety test Etc. In short, creating the experimental session is what gives the support organizations at MAX IV the necessary information…
…of active metals that results when, as necessary, the catalyst is dispersed over an oxide support. Simplified models are often used to gain detailed knowledge about the catalytic process, such…
…change, Anna is excited to take charge of developing the MAX IV Technical Division to support world-leading science. “I look forward to learning more about MAX IV and to leading…
…process an Expression of Interest (EoI) for OPERA was submitted, supported by numerous organizations and individual researchers in both academia and industry. One result of the EoI evaluation process was…
On the following link you will find a searchable database of the MAX IV publications. Please note that the Safari browser is currently not supported for displaying the publication list….
The LEAPS-INNOV innovation pilot aims to develop the cutting-edge technology to support groundbreaking research and drive innovation, while strengthening the European scientific network and establishing long-lasting industry connections. As part…
…and interfaces. The design of the beamline facilitates sample transfer between the end stations, offering synergy between gas phase and solid-state research. An Estonian and Finnish consortium, supported by the…