4D-STEM
Why disorder?
The properties of materials are closely tied to their atomic structure. While methods for analyzing crystalline materials are well-established, many new materials with disordered atomic structures are being developed to address global challenges like climate change, clean water, and health. Traditional analysis methods fall short in studying these disordered materials, limiting their potential impact.
In the DISORDER group, we tackle this issue by combining advanced electron microscopy, advanced data analysis, and X-ray based structural characterization. Our goal is to develop new techniques to understand materials that exist between order and disorder and thereby enable design of new and improved materials that facilitate the green transition.
Recent Highlights
-
Synthesis trip to Copenhagen
In November, postdoc Sara Frank visited the Nanostructure Group at the University of Copenhagen, led by Kirsten Marie Ørnsbjerg Jensen,… Read More
-
Yet another New paper in Nano Letters: Breakthrough in High-Entropy Alloy Nanoparticles for Electrocatalysis
High-entropy alloys (HEAs) are attracting global attention as a new class of materials with exceptional potential in electrocatalysis. A recent… Read More
-
New paper in Nano Letters: Simple Ion Swap Boosts Gold Nanoparticle Performance
A recent study involving Jonathan Quinson and Espen Drath Bøjesen has uncovered a surprisingly effective way to improve the stability,… Read More
-
PhD Defense of Rebekka Klemmt
On behalf of the DISORDER group we would like to congratulate Rebekka Klemmt for obtaining her PhD degree. She presented… Read More
DISORDER Group 