Contact us

Reach out Connect with our team to explore research opportunities and techniques tailored to your R&D needs. Our mission at the Industrial Relations Office is to help you access MAX…

Gas-phase endstation

…a connection pipe between the GPES and the beamline is removed. A setup has been developed for negative-ion/positive-ion coincidence (NIPICO) experiments. It is composed of two TOF spectrometers mounted opposite…

The 3rd Pulsed High Power RF Sources Workshop held at MAX IV

…the field, increased collaboration between laboratories in RF Pulse is instrumental to the scientific and technical developments and maintenance of the laboratories’ machinery. “The exchange of experience in the field…

Organization

Legality MAX IV Laboratory, the successor of the national laboratory MAX-lab, is a Swedish national laboratory, hosted by Lund University (Swedish Code of Statutes SFS 1994 946 / SFS 2011 1567). Lund University…

Governance

MAX IV Laboratory is a Swedish national laboratory hosted by Lund University (Swedish Code of Statutes SFS 1994 946 / SFS 2011 1567). Lund University is the legal entity of the laboratory. The…

Data access and processing

…automated azimuthal integration pipeline is available based on the MATFRAIA algorithm developed by the Birkedal group at Aarhus University (Publication: https://scripts.iucr.org/cgi-bin/paper?S1600577522008232, Python source code). To prepare the pipeline, a .poni…

Externally funded collaborative projects

…of support towards scientific and technical developments of the facility and invests efforts in promoting new initiatives in this context. PROJECTS FUNDED BY SWEDISH FUNDING BODIES chevron_right EUROPEAN PROJECTS chevron_right…

Sample Environments

…spare instruments. SEDS is available to all MAX IV beamlines as a resource in their development of experimental facilities. Furthermore, SEDS promotes collaboration with other institutes. External groups are encouraged…