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Focused Areas

Research at Amity School of Chemical Sciences

  • Molecularly targeted theranostic probes for cancer, NIR hemicyanine fluorophores & activatable probes for Phototherapy, Targeted Drug delivery, Photocatalysis and sustainable chemistry
  • Sensitizers for Photodynamic Therapy, Small-organic molecule fluorophore for sensing applications, Photocatalyst for Hydrogen Production, Nano materials for catalytic reactions
  • Transition-Metal-Catalyzed Organic Transformations, Rational Ligand Design in Homogeneous Catalysis, Functional Polymers and Sustainable Polymerization, Advanced Materials for Water Remediation and Environmental Applications
  • Chemical syntheses and physico-chemical characterization of organochalcogens of analytical and therapeutic relevance
  • Green Chemistry, Natural products, Bioremediation and Biomimetic synthesis, polysaccharide chemistry
  • Physical chemistry, electrochemistry, analytical chemistry, and materials science (e.g., development of biosensors/chemosensors and diagnostics, /Screen Printed Electrodes: Nano-composite Ion-exchange materials, Voltametric Sensors, Potentiometric Chemical Sensors, polymer chemistry)
  • Radical & Photoredox Catalysis, Sulfonyl and Sulfur chemistry
  • Molecular Recognition, Separation and Recovery of Critical Minerals