Experimental station
…is planned Available ports there are additional ports available for user supplied sources: -four CF40 -two CF63 -one CF100 Other it is possible to load one sample per time in…
…is planned Available ports there are additional ports available for user supplied sources: -four CF40 -two CF63 -one CF100 Other it is possible to load one sample per time in…
…Our in-house research revolves mostly around two-dimensional materials (graphene, borophene, etc.), and bottom-up fabrication, e.g. nanoribbons. The latest research highlights, both in-house and external, may be found at the highlights page,…
…In partnership with our diverse user community, and in seeking to strengthen MAX IV’s beamline portfolio, this workshop will focus on the scientific advancement of X-ray chemical microscopy investigations. At…
…accepted BAG proposal: Half year report Continued validity of accepted BAG proposals is subject to regular reporting by the BAG coordinator every six months. Please use the BAG “half year”…
…of two months: March-April and July-August. The first call is between March 1st – April 30th 2023, and the second call is between July 1st – August 31st 2023. Experts-led…
For a user to be granted access to the MAX IV facility, they must first study the safety material and pass a safety test. The material to study is also…
…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…
…lab External collaboration projects Completed – Collaboration with Division of Materials Microstructure, Chalmers University of Technology: Nano-mechanical testing device to MAX IV (to be first used at NanoMAX). In-situ mechanical testing of…
MAX IV Laboratory is a Swedish national synchrotron laboratory that has operated as a user facility since 2016. It is the successor to MAX-lab, which was in operation between 1987…
FemtoMAX beamline is now open for regular user calls! Driven by the linear accelerator at MAX IV, the FemtoMAX beamline is designed to study ultrafast structural dynamics. The method used…