Our broad research areas are

  • Solution combustion synthesis of a wide variety of nano materials including metals, oxides, ferrites, doped and mixed oxides.
  • Electrochemical sensor for biologically important molecules and heavy metals using carbon paste, glassy carbon, gold, platinum and boron doped diamond electrodes
  • Preparation of nano materials using precipitation, microwave, polyol, hydrothermal and solvothermal methods.
  • Spinel ferrite based magnetic composites as adsorbents for water purification application
  • Transition metal based catalysts for hydrogen and oxygen evolution reactions
  • Magnetic, dielectric and catalytic properties of transition metal oxides
  • Layered materials such as layered double hydroxides (LDHs), layered hydroxy salts (LHSs) and alpha hydroxides, preparation, characterization and applications
  • Medicinal plant and Natural product chemistry, Establishing analytical methods for food chemistry