The official description has changed from research center to cluster. What we do, and why we do it, remains the same. If you are looking for…

Understanding how catalysts work at the atomic level is key to designing better technologies for green hydrogen production. In his PhD at the…

In his PhD at the Department of Chemistry, Andreas Dueholm Bertelsen explored how combining different metals into complex alloys can improve catalysts…

New research from researchers at Aarhus University shows how simple changes in counterions during synthesis affect the stability and quality of gold…

GeSn alloys are a promising material for integrating infrared light sources directly on silicon chips. In his PhD project at the Department of Physics…

In her PhD at the Interdisciplinary Nanoscience Center and Department of Chemistry, Kirstine Nygaard Kolding explored how small organic molecules can…

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…