Reversible phase transformations of the oxygen sublattice produce novel electronic materials
1 MIN READ

Reversible phase transformations of the oxygen sublattice produce novel electronic materials

Scientific Achievement: Researchers discovered a mechanism for reversible phase transformations of the oxygen sublattice in perovskite oxides.

Significance and Impact: Tuning the oxygen sublattice instead of cation doping is a novel way for creating materials with a wide range of electronic and magnetic properties.

DOI: 10.1021/acsami.1c20590.


Media Contacts