High-Entropy Materials (HEM)
The High-Entropy Materials group works on the comprehensive understanding of the high-entropy concept and on the utilization of high entropy materials (HEM) for different applications. Due to the versatility of HEM regarding composition and the connected structure/property relationships, a multitude of different areas of applications is conceivable.
Besides general investigations about the high-entropy concept itself and how to predict propterties in HEM, more application oriented topics are in our focus of interest and presented more in detail on the respective topic pages below. They include applications in electronic devices and energy storage, catalysis, band structure tailoring, and mangetism, as well as method development of high-throughput synthesis and analysis.
Our Research on High Entropy Materials
Investigating HEM structures, understanding the theoretical background, and developing new synthesis routes.
General FeaturesApplication of HEMs for energy storage materials, electrolytes and utilization as catalysts.
Electrochemistry of HEMHigh-throuput methods for HEM using automated synthesis and analysis in combination with machine learning.
HTSAExploring the magento-electronic phase space of HEMs utilizing chemical disorder and strain engineering
Mangeto-ElectronicsPortrait | Name | Phone | |
---|---|---|---|
Botros, Miriam | miriam botros ∂ kit edu | +49 721 608-28973 | |
Breitung, Ben | ben breitung ∂ kit edu | +49 721 608-23109 | |
Cui, Yanyan | yanyan cui ∂ partner kit edu | +49 721 608-26444 | |
Hahn, Horst | horst hahn ∂ kit edu | +49 721 608-26350 | |
Kruk, Robert | robert kruk ∂ kit edu | +49 721 608-25916 | |
Lin, Ling | ling lin ∂ partner kit edu | +49 721 608-26364 | |
Neuper, Felix | felix neuper ∂ kit edu | +49 721 608-28687 | |
Schweidler, Simon | simon schweidler ∂ kit edu | +49 (0) 721 608-28906 | |
Stenzel, David | david stenzel ∂ kit edu | +49 721 608-28906 |