The Collaborative Research Center FLAIR explores Fermi level engineering as a new avenue towards the design of oxide electroceramics. This materials class exhibits a variety of functional properties and plays a key role, for example, in energy conversion, energy storage, and electronics. For developing advanced electroceramic materials with novel and/or enhanced properties, which are compatible with major societal challenges as climate-neutrality, health-protection, and resource and energy efficiency, it is highly desirable to be able to predict how their properties depend on composition and on the way the material is made.
2024/05/07,
16:00-17:30
ELN Implementation in Kadi4Mat: Our Experience in a TEM and FIB-Lab ofthe User-Facility KNMFi
FLAIR Colloquium: Dr. Vinga Szabó, Karlsruhe Institute of Technology
ELN Implementation in Kadi4Mat: Our Experience in a TEM and FIB-Lab ofthe User-Facility KNMFi As part of the Colloquium series of SFB/CRC 1548 - FLAIR, Dr. Vinga Szabó from the Institute of Appl…
2024/06/03,
15:00-16:30
Combining the Power of High-Throughput Ab Initio Calculations and Machine Learning
FLAIR Colloquium: Prof. Dr. Gian-Marco Rignanese, UCLouvain
Combining the Power of High-Throughput Ab Initio Calculations and Machine Learning towards Materials Informatics As part of the Colloquium series of SFB/CRC 1548 - FLAIR, Prof. Dr. Gian-Marco Rignane…
2024/06/25,
15:00-16:30
Ferroelectrics
FLAIR Colloquium: Prof. Dr. Long-Qing Chen, Pennsylvania State University
As part of the Colloquium series of SFB/CRC 1548 - FLAIR, Prof. Dr. Long-Qing Chen from Pennsylvania State University will give a lecture on ferroelectrics in Room 4/23, L6|01…