…understood. Greater fundamental knowledge could open the door for the development of better and more cost-effective catalysts, and related new technologies. Upon receiving the Student Science award, Wallander thanked the…
…to gain greater fundamental knowledge of the catalytic process taking place in the reactor in biofuel production. Experiments with model compound lignin at MAX IV’s Hippie beamline are scheduled for…
…fantastic facility with great people. My focus for the near future is to make a case for longer-term funding of MAX IV. We need stability to continue facilitating research that…
…great results In this first FBDD research, scientists screened 2500 fragments using an array of techniques, including X-ray crystallography experiments done at ESRF, DESY, and MAX IV. “We optimized one…
…discoveries. Together, we have the scientific ingenuity and advanced instruments to solve some of society’s greatest challenges,” said Olof Karis, Director of MAX IV. Introduction on tour with Franz Hennies,…
…position will be even strengthened. The FemtoMAX will be of great interest not only for the Swedish research community but will, also in an international perspective, become a core facility…
…offer training for potential users once the device is available at MicroMAX. There’s great potential to continue developing this technique and create new devices with more advanced functionality.” The introduction…
…of the beamline project, was taken in November 2018. Three and a half years later the light has arrived. ”I hope that ForMAX will contribute not only to great scientific…
…MAXPEEM, you have a perpendicular angle of incidence and with this geometry, you get great contrast,” according to Jourdan. The far-reaching goal in mind for this line of research is…
…cutting-edge tools and techniques for advanced food science R&D projects. As complex materials, both food and packaging can greatly benefit from synchrotron light characterisation methods covering a range of length…