presented by Ralph Gilles from the Technical Univeristy of Munich, Germany Rechargeable batteries play an important role in the Green Deal activities. Using sophisticated methods, a deeper understanding of the…
This is a guide on the facilities available for macromolecular data processing at MAX IV. Click on the following links to display information on each topic. Data format and location…
The High Performance Computing (HPC) cluster is a central resource available at MAX IV for users and staff. It is a small cluster compared to what one would find at…
Transfer Data from MAX IV using Globus Connect How to download your data from MAX IV. For handling the large amount of data often generated during synchrotron experiments, Globus is…
Aymeric comes to MAX IV from the Linac Coherent Light Source at SLAC National Accelerator Laboratory in California, where he was the deputy division director for the Science and R&D…
Are you the next PRISMAS student? PRISMAS – PhD Research and Innovation in Synchrotron Methods and Applications in Sweden – is a new doctoral programme training the next generation of…
The following is a summary of the IT facilities for BioMAX users. Click on each of the titles below to expand the contents. Beamline Computers chevron_right BioMAX has several Linux…
How can tomorrow’s solar cells become even more energy efficient? This is what pioneering company Epishine is currently investigating at the MAX IV beamline HIPPIE. Swedish cleantech company Epishine’s patented manufacturing process…
To be able to develop more sustainable and durable materials, global tool steel manufacturer Uddeholm is using synchrotron X-rays to study new possible ways to optimise the hardening treatments of…
Waste management is an important topic in Sweden. The technology involved in the processing of the waste is top-notch which means the materials used to produce such machinery are wear-resistant…