…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…
…The researchers have used MAX IV to study how the conversion of carbon dioxide works at a detailed level with the added gold. The method used was Ambient Pressure X-ray…
…for producing thin, flexible organic solar cells with printing techniques have resulted in industry-leading products with low-light cells for indoor use. Now, the company is investigating ways to optimise their…
MAX IV runs a Digital User Office tool, called DUO for short, which is used for several things at the facility. Including, but not limited to: Handling users application and…
…Carbone “New microscopy tools can provide not only sharper images but allow completely new ways of studying extremely complex materials, improving our understanding of the world around,” said Dina Carbone,…
MAX IV Laboratory and Uppsala University invite you to participate in a half-day workshop to hear the status update and discuss the latest developments of the new spectroscopy beamline project for…
…nanometer to micrometer scale. The rest of the available user beamtime will be available to all users in open calls. First image of the beam coming into the ForMAX beamline….
…on developing new material concepts, investigating new areas of application for wood-based materials, finding new methods for extracting and processing more wood components from the bulk processes, and studying how…
…an induction furnace for use at beamlines. Information for new collaboration projects New projects involving installation of equipment at beamlines Present experiment design ideas and discuss them with MAX IV…
These following items are available to use: 800 nm pump laser; OPA pump 1600 nm – 400 nm; THz generated in organic crystals. 1.8-15 keV X-rays 80 Gs, 36 GHz…