My work is based on the data-centric approach for understanding materials complex properties such as dielectric breakdown, proton conductivity, etc. I am also working on the origin of the crystalline order and unusual mechanical properties of high-entropy alloys (HEAs).
Email ID: narendra@jncasr.ac.in; narendra8995@gmail.com
Research area: Layered materials under external perturbation (e.g. hydrostatic pressure, doping) and chemical properties of 2D materials functionalized by organic linkers.
Email ID: koyendriladebnath.90@gmail.com; koyendrila@jncasr.ac.in
Email ID: unnimayakc@jncasr.ac.in; unnimayakc@gmail.com
Currently working on pressure-driven structural phase transition in materials and role of phonons in such transitions.
Email ID: arijitsinha@jncasr.ac.in; arijitsinha16@gmail.com
My research primarily involves understanding the structural and dynamical origin of flexibility of materials, amorphization of metal-organic frameworks, and structural transformations on ion-irradiation of non-FCC gold.
Email ID: mehabhogra@jncasr.ac.in; mehabhogra@gmail.com
My research is in the area of pressure dependent electronic properties and magnetic materials.
Email ID: shashankc@jncasr.ac.in
My research is in the area of electro and photo-catalysis of various chemical reactions.
Email ID: lakshay@jncasr.ac.in; lakshaydheer4@gmail.com
My research work focuses on studying materials with non trivial electronic topology, predicting pressure induced topological quantum phase transitions and thermoelectric properties of materials. I also study metavalent bonding in class of materials called incipient metals.
Email ID: raagyaarora@gmail.com; raagya@jncasr.ac.in
My research work focuses on exploring the tunable electronic and topological properties of layered materials for their potential applicability in devices
Email ID: bhuvana@jncasr.ac.in, bhuvana9799@gmail.com
My research interests lie in studying the electronic, magnetic, and topological properties of 2D materials and van der Waals heterostructures under external perturbations. Additionally, I have a keen interest in understanding the emergence of ferroelectricity in materials.
Email: smenon@jncasr.ac.in, surabhimenon24@gmail.com
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