The facilities at HFML-FELIX allow us to generate the highest possible static magnetic fields and intense infrared and Terahertz radiation with an unprecedented tuning range. Although our magnets and lasers are already exceptional in their own right, we established the combination of both providing unique opportunities. Scientists from all over the world come to HFML-FELIX to do research, use our equipment and advanced experimental end stations.
We use high field magnets to investigate the properties of (new) materials. With these magnets, we can see into the matter without breaking anything. Many scientific insights once began with magnet research and the stronger the magnet, the more surprising the results. HFML-FELIX therefore has five magnets with a field strength of 30 to 38 Tesla and we are currently developing a hybrid magnet aiming at a maximum field of 45 Tesla.
We house a suite of four free-electron lasers that produce (far) infrared light with an unprecedented tuning range and very high intensity. The infrared radiation of the lasers interacts with molecules and materials, which can reveal detailed information about their 3D structure, functional properties, and electronic properties. Cutting-edge research like this contributes significantly to the understanding of new functional materials, (bio)molecules and processes relevant to catalysis and astrochemistry.
HFML-FELIX's unique combination
The high-field magnets and the free-electron lasers at HFML-FELIX facilitate cutting-edge research. The thing, however, that truly sets HFML-FELIX apart on a worldwide scale is the unique connection between both of our facilities and their equipment. This allows researchers to combine the highest magnetic fields with the most intense (far) infrared laser light and enter uncharted territories of science.
Take a look
Want to get a better picture of our facilities? Take a look for yourself! Experience a private visit to our lab through our virtual tour.
I want to use your facilities
Given our equipment's rare and advanced nature, there is a regular stream of requests from external parties wanting to utilize our facilities for their research. HFML-FELIX offers access to both academic and private users. For more information follow the button below.