1. Synthesis and characterization of solid compounds of d– or f -elements
  2. Thermodynamics, phase equilibria, phase transitions
  3. Metastable, amorphous, and nanostructured materials
  4. Cooperative and topological phenomena (magnetism, ferroelectricity, electrical transport including superconductivity, charge density waves, strongly correlated systems, quantum criticality, spectroscopy)
  5. Theory (chemical bonding, electronic structure, phonons, machine learning)
  6. Energy (hydrogen production and storage, fuel cells, thermoelectrics, magnetocalorics, catalysis)
  7. Applications (production, recycling and other industrial processes, nuclear fuel and waste issues)
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