Area of Research: Materials Science, Nanoscience and Technology, Energy Harvesting Devices and Next-generation Sensors 

Our group is currently working on:

• The position-controlled growth of InGaN based quantum dots and nanocolumns using patterned substrates and selective-area growth followed by the self-aligned epitaxial growth of metal nanocrystals on these InGaN quantum dots and nanocolumns for LEDs, tandem & intermediate bandgap solar cells.

• Metal/Semiconductor Interface, Surface Physics, and Nanostructures 

• Water splitting and hydrogen generation using nanostructures 

• Sensors based on semiconductors (III-V, Si, Oxides) and carbon nanostructures.

Publications:

Research Publications                                        : 62

Academic Books                                                 : 02

Papers at conferences                                        : >40

Invited/Oral Talks                                                 : 24

Ph.D. (with JRF/SRF/INSPIRE fellowship) and Postdoc Positions are available.