We believe in innovation through research. BITS research enterprise encourages collaborations that make innovations and research advances possible. By bridging basic and applied research, we’re helping create new areas of research and building the foundations for industries of the future.
Study of Postbuckling response, failure and strength of functionally graded composite plates with and without cutouts
Catalysis Involving Metal Complexes Encaged in Meso- and Microporous Materials for Upcycling of Carbon Dioxide into Useful Chemicals
Design and synthesis of coordination polymers conduction
Organic Polymers for Photocatalytic Nitrogen Fixation
Design, Synthesis, Pharmacokinetic and Pharmacodynamic Evaluation of Acridine and Related Moieties for the Treatment of Alzheimer’s Disease
Investigating the correlation between thermodynamic and kinetic parameters through density functional reactivity theory (DFRT) based approach
Development of novel ‘Aggregation Induced Emission’ (AIE) Active iridium(III) based Near IR Emissive compounds and their encapsulation into pH sensitive nanoparticles for tumor targeting and photodynamic therapy
Rapid Low cose fluorescent AIE-based detection of renal dysfunction from urine samples and fabrication of portable and real time device
Sensitive explosive detection in vapor phase with cyclometalated iridim (III), Platinum (II) and Conjugated Hyperbranched polymer based aggregation induced emission active nanoprobes
Assessment of sulfur centered halogen bonding (C-X…S,X=CI, Br., I) interaction using matrix isolation infrared spectroscopy
Synthesis of metal complexes using D-glucose derived ligands and application of produced molecules in catalysis
Direct Catalytic approach towards the Synthesis of C3-Substituted Pyrroles in Non-asymmetric/asymmetric Fashion