…of the compounds in a potential drug discovery campaign.” Nsp10 protein crystal positioned at imaging beamline BioMAX. Credit: Tobias Krojer The study draws from earlier work initiated by Professor Frank…
For detailed description of the HIPPIE optical design and performance, please see the beamline publication: HIPPIE: a new platform for ambient pressure X-ray photoelectron spectroscopy at the MAX IV Laboratory…
…and gas interfaces. In this workshop, we will present the current state of the project to the community, including the science case, beamline design and technical capabilities of the end-stations….
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 –…
…dissociation channels of gas phase molecules and clusters – affording insight into the interplay between competing decay processes, the role of nuclear motion in a decay process, charge transfer processes…
…new materials is anticipated to be performed at the Balder beamline. Completed – Collaboration with Division of Production and Materials Engineering, Lund University: master student project on purchase and installation of…
…most successful, while group A antigens are more complex,” explained Martin L. Olsson. “Even so, our new enzyme mix displays significantly better compatibility with group O plasmas than if only…
…before submission. Procedure for submitting an LTP: Users discuss the ideas and possibility of an LTP with the beamline staff. Users prepare a proposal using the ESRF LTP template. The…
The LEAPS-INNOV project is offering seed funding for joint projects between LEAPS facilities and users. Two types of initiatives can be supported with approximately 100k€ for 18 months projects: I)…