Bachelor’s degree of at least 180 credits in physics or the equivalent. The degree must include at least 90 credits in physics. English course 6/English level 2 (advanced proficiency).
You will learn how to generate and use X-rays and neutron beams. Thanks to their unique properties, they enable researchers to investigate materials in a broad range of research areas, from fundamental questions in physics, quantum physics and materials science to studies in biology, geology, medicine and archaeology.
As a student, you will have access to two world-class research facilities in Lund. The MAX IV Laboratory is the world’s first fourth-generation synchrotron radiation source, while ESS (European Spallation Source) will become the world’s most powerful neutron source.
You will study in a dynamic and interdisciplinary research environment with strong international collaborations and close links to experimental research. All teaching staff members in this Master’s programme are researchers, so the courses are continuously adapted to reflect current research.
During your studies, you will learn how to use X-rays to investigate materials, catalysis and crystal growth using spectroscopy, diffraction and microscopy. You will also learn how neutrons can be used to investigate proteins, magnetism and superconductivity.
You will receive training in the practical use of both accelerator facilities.