User information

General information The access to the STM infrastructure is granted primarily in conjunction with beamtime at MAX IV Laboratory. It is important that the users mention STM (or other Support…

Advanced Rheological Testing

Most materials are viscoelastic, i.e., they exhibit both viscous and elastic properties upon deformation. This also holds true for most materials studied at the CoSAXS and ForMAX beamlines. While the…

User Policies

MAX IV has a number of policies surrounding User access, please make sure you have read through these policies in full before your visit to MAX IV. You will find…

User information

The PXRD2D instrument is now in normal user operation. In parallel we are preparing for the installation of the imaging instrument (expected to arrive in Q3 2023) and procuring the…

User organisations

MAX IV is connected to multiple user organizations and networks, here are some of them. The Association for Synchrotron Radiation Users at MAX IV – FASM chevron_right “The Association for…

One Time Password (OTP)

MAX IV is committed to using Multi Factor Authentication for all external access to anything that is more than purely informational. Raising the bar Multi Factor Authentication is adding another…

Science at DanMAX

The goal of the DanMAX beamline is to do experiments on real material studied under realistic conditions at realistic time scales at multiple length scales. This is done by building…

3 GeV storage ring

The MAX IV 3 GeV storage ring (R3) is based on a novel multi-bend achromat lattice (MBA) for the production of ultra-bright hard x-ray radiation. The storage ring has a…

MAX IV strategy 2023–2032

The strategy process of MAX IV will guide the laboratory through the next decade. As part of this process and as an important milestone, we have now published a Strategic Plan for the…