Governance

MAX IV Laboratory is a Swedish national laboratory hosted by Lund University (Swedish Code of Statutes SFS 1994 946 / SFS 2011 1567). Lund University is the legal entity of the laboratory. The…

FemtoMAX

…position will be even strengthened. The FemtoMAX will be of great interest not only for the Swedish research community but will, also in an international perspective, become a core facility…

MAX IV Board

…the Chair. Members are appointed by Lund University in consultation with the Swedish Research Council (VR) and Vinnova. Board members are appointed for a term of 3 years. The term…

Optics

X-ray optics are fundamental components in a beamline. They filter and shape the x-ray beam to ensure that the x-ray properties delivered to the sample are matched to the experimental…

MAX IV Board

…Board is required to meet at least four times a year. Members are appointed by Lund University in consultation with the Swedish Research Council (VR) and Vinnova. Board members are…

COHERENCE 2024 – 16-20th of June 2024

…and more) interested in developing coherence-based methods and their applications. This 11th edition of the conference will be an in-person event hosted at the Clarion Hotel Sea U in the…

Science at Bloch

Bloch is heavily focused on angle resolved photoemission spectroscopy (ARPES) of conducting crystalline solids, specifically surfaces and 2D or layered materials. This technique provides direct insights into the energy and…

Staff

…E-mail: Antti.Kivimaki@maxiv.lu.se Phone: +46462226577 Calle Preger Postdoc Responsibilities: Development and commissioning of Aerodynamic lens sample delivery system and aerosol research at MAX IV. Research Interests Aerosol technology; nanoparticle research. E-mail:…

XRM 2024 Conference — Call for Abstracts now open!

…explore X-ray microscopy alongside related techniques and disciplines. Upcoming key dates: 15 January – Call for Abstracts opens 1 February – Conference registration opens 15 April – Call for Abstracts…

SPECIES

…a particular experimental need. The two current cells are the standard cell and atomic layer deposition cell, each equipped with mass spectrometry capabilities. The standard cell will soon be modified