The previous research projects entailed

1) Experimental fabrication, structural and surface characterization (by XRD, SEM, TEM, Raman, XPS, NMR,including Operando electrochemical studies) of various fine-tuned composite/alloyed nanoporous, microstructure materials for Efficient Green Energy Applications including plasmonic catalysis.

2) Structural and Optical studies of CdO doped ZnO Nanocomposites.

3) Synthesis of polycrystalline-ceramics/rare-earth composite magnetic materials and studies of their Magnetocaloric effects; Negative magnetization and sign reversal of exchange bias fields; and magnetic entropy change across the spin reorientation dependence on temperature i.e. Structure and magnetic field-assisted- switching effect for Spintronic Devices like magnetic sensors, and data storage Applications.(Characterization tools used are XRD, XRF,SEM, XPS, and the dc magnetizations were measured by a vibrating sample magnetometer-VSM, on the Physical Property Measurement System (PPMS, Quantum Design).