Research Areas

  • Thermoelectric properties of nanomaterials and composites.
  • Photocatalytic reduction of carbon dioxide for solar fuels.
  • CZTS as naturally abundant material for photovoltaic.
  • Corrin- and Corrole-based catalysts as non-noble metal catalysts for fuel cells.
  • Hydrogen generation using photoelectrochemical water splitting and gas reforming.
  • Enhanced fuel cell performance using CNTs as catalyst support.
  • Growth of advanced materials and their application for sustainable energy.
  • Nanomaterials and properties at Nanoscale.