1.5 GeV storage ring
…of which 10 provide roughly 3.5 m straight sections for insertion devices (IDs). The compactness of the lattice is achieved by using the same magnet technology as in the 3…
…of which 10 provide roughly 3.5 m straight sections for insertion devices (IDs). The compactness of the lattice is achieved by using the same magnet technology as in the 3…
Two-day event gathering business and academic networks, representatives from European Big Science research organisations, and Swedish industry, universities, and research institutes in Lund, Sweden. The event will focus on the…
…a connection to the “white network” which gives access to various web based services and the offline HPC system. When on site at MAX IV there is no need to…
…generally stored on networked servers. Information on how to obtain the data is available on this website. Please ask beamline staff for more info. Sample preparations and labs There are…
…funded by the EU with a budget of 13.8 million euros. ReMade@ARI will have a significant impact on the advancement of the circular economy. Overall, 40 partners of the ARIE network are…
…installations Electrical – and process installations Build control cabinets Checks that the installation is safe and functioning properly Inspect installations Measuring energy and power quality Responsible for magnet power supplies…
…the best existing instrumentation, methods and the know-how for advanced materials characterization. Read more about applying to ReMade@ARI to get access to this vast network of research facilities and take…
…MAX IV and the eight universities involved in the PRISMAS program (See Universities and partners) and are open for all PRISMAS fellows. They allow you to network, benefit from peer-to-peer…
The group is tasked with designing, developing, and improving the accelerators of the MAX IV Laboratory. The group consists of accelerator physicists, laser physicists, and magnet engineers. We work in close…