Advanced functional materials for sustainable and energy-saving technologies

  • Multiferroic materials and devices
  • Hybrid nanostructures, and nanoparticle superlattices,
  • Disordered materials: glasses and ionic materials
  • Electronic transport under field, optoelectronics and conversion devices
  • Nano-magneto-fluidics
  • Multi-scale modelling of structures and interfaces, QMM, Artificial intelligence
  • Electron microscopy at the limits, in situ, operando, and ultra-fast (hydrogen, batteries, catalysis).