Physics and Astronomy
Theoretical condensed matter physics and material sciences. Study of electronic, magnetic, optical, dynamical, structural and superconducting properties of ordered and disordered solids, interatomic bonding (including H-bonding) by a variety of theoretical and computational methods. Development of computational methods and tools for interpreting experimental data, and in predicting new materials and phenomena as part of materials informatics. In recent years, major efforts are on the following systems focusing on complex materials.