Research Interest

 Our Ongoing Applied Research: Smart Organic Nanomaterials, Nanoelectronics and Devices

  • Design, Synthesis, Fabrication of Organic Nanomaterials and Developing Innovative Application

  • Synthesis of Polymers, Fabrication of Their Nanomaterials and Establishing Innovative Properties

  • Fabrication of Crossbar Devices and Discovery of Novel Organic Nanoelectronics

  • Organic and Polymer Materials for Security and Inkless Data Printing

  • Organic Solar Cell Devices

  • Energy Storage and Grid Devices

  • RRAM, WORM and other Memory Devices

  • Super Capacitor & Negative Capacitor

  • Medical Sensing Devices

  • Smart Organic and Polymer Materials for Bioimaging, Biomedical and Engineering

  • Nanomaterials for the Diagnosis and Treatment of Ovarian, Lung and other Cancers

  • Poisonous Gas, Lethal Drinking Water Pollutantand Explosive Material Sensing Devices

  • Smart Sensing Devices through Non-invasiveRemote Signaling Diagnosis for Cardiac, CNS, Blood Pressure, Sugar, Various Cancers and other diseases

  • Peptide-Based Smart Materials Operated by Halogen Bonding for MultidimensionalApplication

 

Ongoing Academic Research Catalysis & Organic Synthesis

  • C-H Activation            

  • Photocatalysis 

  • NHC Catalysis                      

  • Organometallic Catalysis

  • Organocatalysis

  • Dual Catalysis   

  • Ionic Liquid Catalysis

  • Diverse Cyclization Catalysis

  • Sustainable Catalysis

  • Nanocatalysis by Functionalized Nanoparticles

  • Catalysis by Metal Cluster

  • Hypervalent Iodine Chemistry                 

  • Carbohydrate Chemistry

  • Peptide Chemistry

  • Studies of Reaction Mechanism by Computational Chemistry (DFT Calculation)

  • Reaction mechanism by XPS, EPR, ATR-Mid-IR, UV-Vis-NIR, and Fluorescence spectroscopy

 

  1. Supervised Research Scholars (Total): 70

    • Ph. D. students: 37

    • Postdoctoral Fellows: 33