SYMPOSIUM 29: Quo Vadis, High-Entropy Oxides?

High-entropy oxides, be it in bulk form, thin films or nanoparticles have developed over the past few years to become an attractive playground to tune and manipulate desired functional properties, ranging from enhanced magnetism, multifunctional semiconductors, dielectrics and low thermal conductivity. Both experimental and computational approaches shall be presented and discussed. 

Proposed Sessions/Topics 

• Exploring properties and new functionalities in high-entropy oxides: Dielectrics, semiconductors and relaxor ferroelectrics 

• High-entropy oxide perovskites and spinels: Newest developments 

• High-entropy oxides: Computational pathways towards understanding and manipulating desired properties 

Symposium Organizer(s) 

• Alan Farhan, Baylor University, USA  

• Katharine Page, University of Tennessee, USA  

• Megan Marie Butala, University of Florida, USA 

Point(s) of Contact 

• Alan Farhan; Alan_Farhan@baylor.edu 

Symposium Sponsor(s) 

• Electronics Division