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We, at "Functional Materials Laboratory", aim at development of new multi-functional materials based on strongly correlated materials. We perform this through synthesis of compounds and investigations of their electronic and physical properties, using various experimental probes and also using first-principles calculations. The activities of our research group are primarily focused around the following thematic areas:
We, at "Functional Materials Laboratory", aim at development of new multi-functional materials based on strongly correlated materials. We perform this through synthesis of compounds and investigations of their electronic and physical properties, using various experimental probes and also using first-principles calculations. The activities of our research group are primarily focused around the following thematic areas:
-Probing Orbital Physics (Orbital Ordering and Orbital Dilution Effects) in Strongly Correlated Transition Metal Oxides
-Probing Orbital Physics (Orbital Ordering and Orbital Dilution Effects) in Strongly Correlated Transition Metal Oxides
-Development of high-temperature Multiferroic Materials
-Development of high-temperature Multiferroic Materials
-Development of novel Magnetocaloric Materials
-Development of novel Magnetocaloric Materials
-Probing magnetic and dielectric properties of Frustrated Magnetic Systems
-Probing magnetic and dielectric properties of Frustrated Magnetic Systems
-Magnetotransport as a probe for probing emergent Interface Magnetism in thin-film superlattices
-Magnetotransport as a probe for probing emergent Interface Magnetism in thin-film superlattices
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