Food
Driven by the need for a new, global food system with more plant-based foods and sustainable packaging alternatives, food production and processing companies team up with MAX IV to access…
Driven by the need for a new, global food system with more plant-based foods and sustainable packaging alternatives, food production and processing companies team up with MAX IV to access…
…services offered to the user community, optimise efforts through knowledge exchange, and jointly develop large projects on a European level to address current common socio-economic issues. LEAPS chevron_right LEAPS –…
The ICE (Ions in Coincidence with Electrons) end station is a mobile end station that is designed to be compatible with a number of MAX IV LDM-relevant beamlines. By using a combination of multi-coincidence…
…nano-sized objects will be possible a using commercial nano-indentation system that will be adapted to beamlines at MAX IV. The system will also be compatible with electron microscopes at Chalmers….
…selected based on their excellent mucin-degrading properties, assayed, and further optimised for cleavage of RBC antigens. Their work produced two enzyme blends for RBC conversion: one for blood group A…
…The DanMAX DK PAC is encouraged to review the scientific quality of the approved LTPs and give feedback to the DanMAX steering group. Approved LTPs are forwarded to the DK…
…user communities have an opportunity to develop new concepts, methods and technologies suited to their needs together with LEAPS facilities. The focus lies on joint technological developments, advanced research capabilities…
…all purchases in the public sector are required by law to be invoiced electronically. Find more information about invoicing on the Lund University Supplier portal page. LU Supplier Portal chevron_right…
…room A100382. Please, note that: As of now, there is no person assigned as the microscope’s operator. Should you definitely need help in imaging your sample(s), “Contacts” list to the…
On November 1, 2022, we announced the opening of ForMAX, a beamline specially designed primarily for research on new, sustainable wood-based materials from the forest. The beamline also provides new…