Research projects

…within the scope of the project Structure-based fragment screening targeting Cancer chevron_right Project title: Structure-based fragment screening targeting Cancer PRISMAS Research Area: Healthy People Supervisor: Prof. Pål Stenmark Partner University:…

Previous SCIENTÍFika

…and its potential as a drug target. Title: SAPUCAIA: The new SAXS beamline at Sirius Speaker: Leandro R.S. Barbosa – Brazilian Synchrotron Light Laboratory Session Chair: Fátima Herranz Associated beamline: CoSAXS…

Safety requirements for employees

…som anlitar en extern entreprenör för ett arbete på MAX IV ansvarar för dem under hela vistelsen. Den anställde ska registrera den externa entreprenören i den blankett som finns på…

Safety requirements for contractors

In order to obtain access to MAX IV building, contractors are required to read the safety information and perform a safety test in the links provided below. Safety requirements for…

MAX IV involvement in European projects

…provided to these research infrastructures and specific programmes were installed to teach new users how to successfully use synchrotrons and FELs. Dissemination activities targeting industry were complemented by tailor-made support…

LUNARC

Lund University Computing Center Introduction Lund University computing center (LUNARC) can provide computing resources for processing data from experiments carried out at MAX IV as well as for related simulations and…

Advisory bodies

MAC – MAX IV Machine Advisory Committee The MAX IV Machine Advisory Committee (MAC) supervises and follows the commissioning, operation and upgrades of the accelerators at the MAX IV facility….

Sample environments and equipment

All sample positioners and sample environments for the PXRD2D instrument are aligned using the main hexapod. Specifications of the hexapod can be found here: https://symetrie.fr/en/hexapods/breva/. The hexapod can translate up to…