…proofreading to control receptor activation and signaling specificity. Furthermore, they demonstrated that it is possible to engineer the binding site in a way that allows them to influence which ligands…
…scientific fields. The exceptional properties of neutrons provide unique insight into structure, dynamics and function that is complementary to information provided by other techniques based on the use of photons…
Fast Access (also known as “Rapid Access”) is intended for projects that require quick access to beamtime at MAX IV, such as testing a sample before submitting a Standard Access…
…for electrons is split into two components. One of these components forms the expected antiferromagnetic band. Surprisingly, another gossamer – meaning very faint – band was also found. Now, the…
The Beamline Office with the SEDS Team have a pool of rapid prototyping equipment available to the MAX IV community. There are several printers, a benchtop Laser Cutter and a…
…that has gained international fame as the most innovative in the field, works on improving the packaging process at the company. By using the CoSAXS beamline at MAX IV to…
…to submission, if you intent to use complementary XRD in your proposal! Foreseeable Upgrades A live view data reduction and azimuthal integration pipeline is currently developed We will offer soon…
…IV online compute* available for MAX IV users during beamtime when present physically or virtually on the MAX IV site For usage information, see this wiki page: JupyterHub on HPC…
Overview The beamline is sourced by a quasi-periodic elliptically polarizing undulator (qEPU). A toroidal mirror M1 collects the diverging beam from the undulator and collimates it vertically (in the dispersive…
…on the control computers. The Silx installation files can be found on silx.org As the PXRD area detector data is compressed using a bit-shuffle algorithm, it is necessary to install…