Materials for Energy and Environment

Materials for Energy and Environment

  • Uncovering mechanisms of high performance thermoelectrics based on metal-semiconductor superlattices and chalcogenides.
  • Identified a number of oxides and 2-dimensional materials suitable as photo-catalysts for splitting of water using solar energy.
  • Uncovered the mechanism of charge transfer in cathodes of Li ion batteries during charging and discharging operation.
  • Identified the rate limiting step in use of metal hydrides to store Hydrogen.
  • Determined the structural origin of activation of oxygen and enhanced catalytic activity of CeO2 with cation substitution, with applications to oxidation of CO and hydrocarbons.