RESEARCH INTERESTS

• First-principles study of electronic transport in nanostructures

   carbon nanotubes, molecular electronic devices, magnetic tunnel junctions,

   graphene nanoribbons, semiconductor nanowires, leakage current through SiO₂ layers.

• Ab-initio calculation of electronic, magnetic, phononic, and transport properties of materials

   MgB₂, Sr₂RuO₄, YBCO, iron pnictides, iron chalcogenides, C₆₀, carbon nanotube,

   graphene, graphite, Si surface, topological insulators

• Theoretical investigation of superconducting properties

   MgB₂

• Development of computational methods

   electronic transport in nanostructures, superconductivity, LSDA+U, non-collinear calculations,

   spin-orbit coupling