Driving quantum phase transitions in topological correlated matter (TOPCORE)

Project information

Researchers are continuously looking for materials with novel electronic properties. In this program, we combine two fields of research to create materials that respond sensitively to disturbances and where these disturbances can lead to topological changes in the electronic structure. By making use of external stimuli such as electric and magnetic fields or elastic deformations, we will create the first materials in which topological phase transitions are realized.

Read more about Driving quantum phase transitions in topological correlated matter (TOPCORE)