…bacterial carbohydrate signals called lipochitooligosaccharides (LCOs). Specimens at MAX IV were measured at BioMAX beamline. Zeroing in on the LCO receptor structure and a hydrophobic patch located in the binding…
…of large-scale infrastructure (synchrotron x-ray and neutron sources) by the metals industry. In view of the current covid-19 crisis and consequent travel restrictions, the Spring 2021 seminar will be online….
…a strongly-confined geometry [J. Phys. Chem. Lett. 2019]. The importance of sample preparation and sample environment will be highlighted as well as synergies made possible by co-location of large facilities like ILL…
…ferromagnet is very thin and it’s strongly coupled as otherwise, the relatively slow dynamics of the ferromagnet would dominate,” explained Jourdan. “However, with a thin and strongly coupled ferromagnet, the…
…exact T measurements If necessary, a Si-diode sensor may be mounted close to the sample area for more precise low-T measurements (at the cost of reduced heating capabilities) Magnetic shielding…
…it is handled via the SUPR system provided by a National Academic Infrastructure for Supercomputing in Sweden (NAISS). Getting access: Swedish academia users are served by LUNARC & NAISS and they may proceed…
…program. If selected for Danish Privileged Access the proposal will receive beamtime independently of how it is ranked by the MAX IV PAC. Proposals not selected for Danish Privileged Access…
…12, 2021. During the webinar SciLifeLab, MAX IV and ESS – the three large-scale research infrastructures will provide information on their capabilities in advanced technologies in the shape of research…
Reach out Connect with our team to explore research opportunities and techniques tailored to your R&D needs. Our mission at the Industrial Relations Office is to help you access MAX…
…12, 2021. During the webinar SciLifeLab, MAX IV and ESS – the three large-scale research infrastructures will provide information on their capabilities in advanced technologies in the shape of research…