…keeps our society strong in facing future challenges,” says Karis. In collaboration with the scientific community, MAX IV aims to continuously develop existing beamlines and construct several complementary ones in…
…it selects while also learning which binding kinetics plants require for symbiotic signaling. What’s more, the hydrophobic patch could be used in biological in silico computer prediction experiments. This may…
Tittle: New scientific discoveries with neutrons at the ILL Speaker: Paul Langan-ILL, France Over the past few decades, neutron scattering has become a vital tool for studying materials across many…
…proposal. We aim to provide a prompt decision upon proposal submission. However, response times may vary due to factors such as workload, national holidays and machine shutdown periods. Use cases…
…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…
…kind of polymer should be used. In short, by studying the structure of different polymers, we provide information on how the sealing process interacts with the material. This will help…
…to freely choose the energy of XRD acquisition (within a window of ~3keV from the XAS energy range. The overall achieved time resolution for combined measurements is dominated by XAS…
…browser, with access to stored experimental data, as well as home and group folders in the central storage system. Simple ready off-the-shelf as well as configurable persistent user defined environments…
…over the entire energy range. The monochromator has 3 additional gratings which are now starting to leave the commissioning phase and are available on request: 92 L/mm (cPGM) for higher…