1) Synthesis of Nanomaterials:

        0D (Quantum dots / Nanoparticles); 1D (Nanowires / Nanotubes ); 2D (Thin films, Preparation of atomically thin-Layer Nanosheets: Single-layer Graphene / MoS₂ / WS₂ / etc. and 3D: Nanoflowers 

2) Nanoscale Devices:

1. Field Effect Transistor (FET) based on Atomically thin Nanosheets , Nanowires , Nanotubes etc.
2. Sensors: Chemical, Gas, Bi-molecule, Humidity etc.
3. Light Emitting Diode (LED).
4. P-n Junctions diodes
5. Photodetector:
6. Nano-Switchs:
7. Nonvolatile Memory Devices:
8. White / Blue light emission from Carbon black and its composite.
9. Pizoelectricity to generate self powered Nano-devices.

3) Energy Genration and Storage

     Solar Cell: Hetrojunction, DSSC etc.

     Supercapacitor: 

     Li Ion Batteries:

     Water Spliting to Produce H₂ to be used as future Fuel (2H₂O------> 2H₂ + O₂)

4) Nanotechnology For Water purification and waste managements: 

5) Nanomaterials for biological applications:

Biosensor; Protien sensors; DNA / RNA sequenceing and sensors; Antibactrial Activity