Area of research

Borophene Quantum Dot were established as novel peroxidase mimicking nanozyme for effective detection of Oxytetracycline and Tetracycline Antibiotics

Hydroxyl functionalized hexagonal boron nitride quantum dot were established as nanozyme for detection of pesticides through colorimetric and fluromatric platform supported by theoretical calculations

Borophene was established as nanozyme and utilized towards the colorimetric detection of dopamine

Ultra-fine palladium nanoparticle-encapsulated Graphene Oxide Framework were synthesized and established as photonanozyme for colorimetric detection of dopamine

Porous nitrogen doped crumpled graphene nanoparticles were synthesized for selective detection of dopamine in aqueous medium and human serum

Hexagonal boron nitride quantum dots were embedded on layer by layer films for peroxidase -assisted colorimetric detection of   β-Galactosidase producing pathogens

 The photocatalytic degradation phenomenon under the irradiation of natural sunlight is successfully demonstrated for the removal of model organic pollutants like phenolic compounds, pesticides, etc. and photoreduction of toxic heavy metal Cr(VI) ion in aqueous medium using 2D nanocomposite materials