Students from diverse scientific backgrounds will be recruited through partner universities to learn to use and develop synchrotron methods in their research while acquiring the skills to tackle some of…
How PRISMAS is managed The PRISMAS PhD program is led by a steering group, involving representatives from the Swedish participating Universities, ensuring program relevancy and quality with support from the…
Since the end of 2020 all the sample information and associated data at BioMAX is handled by EXI (Extended ISPyB). EXI is also used to generate identifying labels for the…
The Survey, Alignment and Mechanical stability (SAM) team is crucial during the design and installation of every component at Max IV. Our work starts during the design of each component,…
Welcome to MAX IV! In this section of the web we have collected the some practical information. For answers to some of the most common questions, please see the FAQ…
MAX IV Director Karis joins a tour group. Credit: MAX IV During the EU programme, guests had the opportunity to tour MAX IV and neighbouring neutron facility ESS to learn…
Ganciclovir, a regular medicine used to treat human cytomegalovirus (HCMV) infections, was found less efficient when reacting to human’s NUDT15 enzyme — based on a recent BioMAX study. This finding…
At the Diffraction Station, samples are mounted in air and at room temperature. We have a few standard sample holders for various measurement types. Any other sample support that is…
Every researcher wants to use their allocated beamtime efficiently to collect high-quality and, more importantly, correct data for their analysis. However, many modern beamlines focus on versatility to broaden their…
The goal of the DanMAX beamline is to do experiments on real material studied under realistic conditions at realistic time scales at multiple length scales. This is done by building…