Sanjana focuses on creating nanozyme sensors using natural enzymes as recognition moieties.

Pyria's work is focused on using nanozymes for antibacterial applications

Sabeen's work is to understand how nanoparticles interact with HSA protein.

Satnam's work is focused on creating new magnetic materials for biomedical imaging.

Gayatri worked on understanding the mechanism of ⍺-synuclein proteotoxicity and development of sensor for detection of ⍺-synuclein conformers.

Sanje worked on plasmonic modulation of spatially confined reactions on a silver nanoprisim

Oshadie worked on tuning the key determinants of 2-dimensional transition metal electrocatalysts for oxygen evolution reaction.

Piyumi worked on understanding the interactions between nanozymes and aptamers to rationally design aptasensors for the detection of ampicillin in milk samples.

Zakir worked on metal-organic semiconducting charge transfer complexes based on TCNQFx (x= 0 and 4) for electron transfer reactions.

Mandeep worked on Using triethylamine as a versatile ligand to control the properties of nanomaterials

Wenyue worked on light response materials for microbial control and colorimetric sensing of UV radiations and vaginal infections

Pabudi worked on nanoparticle-enabled spectroscopic techniques for the detection of biomolecules.

Nurul worked on modulating the nanozyme activity for antibacterial and sensing applications

Mahsa worked on TCNQ-based metal-organic semiconducting hybrids as phototunable catalyst

Neha worked on studying the effect of pressure and temperature on the crystal structure of rare earth oxides and rare earth scandates.

Ana is working on creating hybrid materials as nanozymes for antibacterial applications

Aviraj worked on exploring new strategies for the fabrication of 2D materials with interesting optical properties.