Our group works in the subdiscipline of condensed matter physics that deals with light matter interactions in the materials of an intermediate length scale of atomic or molecular dimensions, where the confinement effects are so dominant that major physical properties must be understood by quantum mechanical explanations. Nanomaterials are class of these materials and quantum charge transport in nanostructures is an interesting and exciting area to explore.  Our group focus on understanding of materials for potential application for thermal and light energy harvesting and fundamentals of light matter interactions and futuristic electronic applications.