Reaction undercover: boosting the potency of catalysts

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…

Soft X-ray absorption

…of the X-ray photon absorption, a core electron may be promoted into various unoccupied states; the probability of this promotion is strongly dependent on the photon energy and experimental geometry….

PRISMAS PhD Programme

…is to: Train future researchers and scientists to better tackle major future societal challenges using synchrotron research. Increase the knowledge and promote the use of advanced synchrotron research methods in…

Beamlines

…in the photon energy range of 12–30 keV. The conceptual design features flexible heavy-duty sample environments and in-line optics for maximum user-friendliness. It extends the MAX IV capabilities for grazing-incidence surface X-ray diffraction experiments on solids…

Staff

…Køppen Christensen Postdoc E-mail: thorbjorn_erik.koppen_christensen@maxiv.lu.se Lennard Krause Project manager E-mail: Lennard.Krause@maxiv.lu.se Dörthe Haase Research engineer E-mail: Dorthe.Haase@maxiv.lu.se The DanMAX steering committee The DanMAX steering committee consists of: Henning Friis Poulsen…

BAG Access

…the Fall 2024 run. Since this functionality overlaps with BioMAX we strongly encourage users to apply for both beamlines so that the choice of beamline can be decided at the…

MAX IV strategy 2023–2032

…that MAX IV stays at the forefront as a Swedish national user facility through the next decade. We will organise outreach activities and will continuously develop and seek funding opportunities for…

Workshop: Industrial utilisation of MAX IV

…materials research as part of a recently completed project funded by Vetenskapsrådet (DNR: 2018-06378). The project has focused on tackling challenges that limit the industrial use of these types of…