Explore world-class research opportunities across multiple cutting-edge disciplines at JNCASR.
Life Sciences
Life Sciences: Infectious and non-infectious diseases, bioinformatics, developmental biology, biochemistry, molecular biology, cell biology, microbiology, virology, immunology, genetics, RNA biology, life-history evolution, circadian biology, animal behaviour, animal communication, functional morphology, behavioural ecology, evolutionary genetics, evolutionary biology, experimental evolution, population dynamics, phylogeography, neurobiology and behavioural neurogenetics, autophagy, regeneration biology, structural biology.
Chemical Sciences
Solid state chemistry, theoretical and computational chemistry, organic, physical and inorganic chemistry, organic and asymmetric synthesis, medicinal and bio-organic chemistry, polymer chemistry, supramolecular chemistry and chemistry of nanomaterials, renewable energy and healthcare-related materials chemistry.
Physical Sciences
Condensed matter theory and experiment, statistical physics, semiconductor materials physics, biophysics, nano physics, organic electronics, soft matter, semiconductor interfaces, heterostructures, instrumentation and physical metallurgy, optics and photonics, quantum optics, integrated photonics, astro physics, AI in physics.
Materials Science
Nanoscience, Quantum materials, electronic, photonic and magnetic materials, functional materials, energy materials, sustainable and green materials, structural materials, soft matter, computational materials science and materials characterization (spectroscopy, microscopy, diffraction), AI/ML for materials.
Chemical Biology
Sensing, Imaging, Diagnostics, Drug delivery, Bioorganic chemistry, Alzheimer's Disease, Molecular Probes, Medicinal Chemistry, Drug Discovery, Biomaterials, Antimicrobial Resistance, Semi-synthetic glycopeptide, Synthetic peptidomimetics, Antibiotic adjuvants, Fluorescence imaging and Super-resolution microscopy.
Engineering Sciences
Computational fluid dynamics using mesoscopic simulation techniques, dynamics and rheology of complex microstructured fluids including suspensions, emulsions and polymer solutions, flow of granular media, Active matter, Hydrodynamic stability of Newtonian and viscoelastic fluids, high Reynolds number flows and turbulence, non-linear dynamics and chaos, vortex dynamics, heat and mass transfer, geophysical fluid dynamics, microfluidics, acoustofluidics, microgravity science, topological defects, slender structures, and mechanics of biological growth.
