• Fundamentals of ferroelectrics and multi-ferroic materials: theory and modelling of materials and properties
  • Low dimensional structures and interfaces: fundamentals, processing, and properties
  • Piezoelectric single crystals, ceramics and thin films
  • Advanced characterization of electroceramic materials
  • Novel materials for ferroelectric memories
  • High Dielectric constant materials for capacitor applications
  • Dielectric and piezoelectric applications
  • Piezoelectric MEMS
  • Advanced processing of electroceramic materials
  • Composites, nano composites, and organic functional materials
  • Energy conversion materials (thermoelectric, electro-caloric, pyroelectric,  piezoelectric, etc.) and their applications
  • Charge transport and defects
  • Solid Oxide Fuel cells: materials, processing, characterization, and devices
  • Solid state batteries and capacitors for energy storage
  • Magnetic oxides