Areas of Research

1. High Energy / Power Density Energy Storage Devices
   1. Graphene / 2D Material based Supercapacitors
   2. Li-ion Battery
   3. Hydrogen Storage through 2D/1D Nanostructures


2. Organic / Inorganic Single Electron Devices for Switching and Sensing Applications
   1. Acene and its derived series based Single Electron Transistors
   2. Graphene / 2D material based Single Electron Transistors
   3. Organic Island based single Electron Transistors


3. Gas / Chemical / Biological Sensors
   1. 2D Materials as Potential Sensing Materials
   2. 1D materials as Potential Sensing Materials
   3. 0D mateials as Potential Sensing Materials


4. Compound Nanowires for Electronic and Opto-electronic applications
   1. Group III-V Nanowires
   2. Group II-VI nanowires
   3. Elementary nanowires


5. 2D and 1D Materials for Nanoscale Transistors
   1. Graphene / 2D material based transistors
   2. CNT / Nanowire / 1D Material based transistors
   3. Stress induced behaviour of channel of transistors


6. DNA Sequencing via Nanopores
   1. A-A, A-T, C-G, C-C, G-G interaction and optimization of geometry


7. High Pressure Phase Transition and Mechanical Properties
   1. Compound Semiconductors and alloys
   2. Oxides, Carbides and Nitrides and their alloys
   3. Diluted Magnetic Semiconductors


8. Synthesis and Characterization of Bulk and Nanomaterials
   1. Ferrites
   2. Compound Nanowires
   3. Thin films
   4. Chemical Sensors


9. Nano-Medicine and Drug Delivery