This field is now growing exponentially, due to its potential applications in data storage, energy harvesting, and advanced computing, and corresponds to one of the five Research Lines at ICMAB: Sustainable Energy Conversion and Storage System, Superconductors for Power Applications, Oxide Electronics, Molecular Electronics and Multifunctional Nanostructured Biomaterials.
This international school will offer fundamental notions of solid-state physics (superconductivity, ferroelectricity, magnetism, first-principles calculations, optics, correlation, etc), as well as key advanced characterization and computational techniques, multiferroics, oxide interfaces, domain walls, topogically insulating oxides, and oxide-based devices for electronics, spintronics, optics and other fields. You can check the program here.
