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AU Materials Aarhus University Materials Research Cluster
Medical scans like PET are vital tools for detecting and diagnosing cancer. At the heart of these scanners are materials called scintillators, which…
A new study on the quantum material La0.5Sr1.5MnO4 reveals that its response to light is more complex than expected. Using ultrafast X-ray pulses,…
In her PhD project at Aarhus University, Ronghui Lu set out to design advanced materials that can address two major environmental challenges:…
Permanent magnets are essential to modern technology, from electric vehicles to wind turbines. But producing them sustainably and without rare earth…
PhD student Sara Frank from Aarhus University has investigated how metal-organic framework materials change during electrochemical reactions and how…
PhD student Rebekka Klemmt has developed new tools to understand the internal structure of disordered carbon materials. These materials, which do not…
Two PhD students from different departments at Aarhus University joined forces to study how the surface chemistry of industrial nickel foam electrodes…
New research investigates how pH-controlled synthesis alters the shape, stacking, and lattice distortion in BiOX (X = Cl, Br, I) nanomaterials. The…
PhD student Rune Wittendorff Mønster Jensen who’s work at Aarhus University in a research group of iMAT has studied how cement-related materials react…
PhD student Martin Hedevang from iMAT and Aarhus University has used advanced surface science tools to learn how MoS₂-based catalysts behave under…
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