Material Sciences
Development of in-situ contactless thermometer and viscometer through spatiotemporal control at nano-scale dimension to unravel the dynamics of complex systems: vibrating molecules, colloidal clusters and multiple phases
Development of layered conducting ceramic nanomaterials of MAX phase and MXenes for energy conversion and storage applications
Development of metal chalcogenide nanomaterials and their carbon based nanocomposites using single source molecular precursors for supercapacitor applications
Design and Development of novel broad absorption semiconductor/ oxides for efficient water splitting: Role of morphology and charge transfer amongst the composites
Designing of green synthetic approaches for atomically precise nanoclusters for dictating their specific interactions: development of miniaturized analytical methods
Real-time TDDFT study of photo-induced excited state dynamics in transition metal dichalcogenide based nano-structures
“Development of novel composite membranes using the blends of sulfonated hydrocarbon polymers and 2D layered nano-materials for electrochemical energy conversion devices”
Optimization of various nano rare earth metal oxides based system as electrocatalyst for oxygen reduction reactions.
Nanocrystalline substituted cobalt based metal oxides for oxygen evolution reaction: A prerequisite for photochemical water splitting
Reducing computational complexity using FPGA to study structure and dynamical properties of nanoparticles
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