Material synthesis: Growth of single crystal by Bridgman, Bridgman–Stockbarger & solution growth, Box or tube type programmable furnaces & Radio Frequency furnaces, Arc-melting in inert atmosphere, Coating of different types of material by flash evaporation , Synthesis of different superconductors in bulk form by solid state reaction method, Spray Pyrolysis and Ultra sonic nebulizer technique of film deposition

Material characterization: Single crystal & polycrystalline X-ray diffractometers, Scanning Electron Microscope (Phillips; XL-20, Quata 2000), Energy Dispersive analysis of X-rays (attached with Techni 20G2, FEI), High Resolution Transmission Electron Microscope (EM-CM-12, Philips; Techni 20G2, FEI)

Material's property measurement: Physical properties e.g. resistivity, heat capacity, thermo-dynamical properties, electrical detection of the spin polarized current, anisotropic magnetoresistance up to 0.3K and 14T field by PPMS. Magnetic properties by SQUID and SQUID-VSM magnetometers