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Our research specializes in spintronics experimentation, where we create nanostructures from diverse materials and study their characteristics based on structure, temperature, and magnetic field conditions.
A key area of interest involves electron behavior in innovative material configurations. Our expertise lies in manufacturing various devices such as spin-valves, tunnel junctions, ferromagnet/superconductor interfaces, and quantum point contacts for Andreev reflection studies. We employ multiple fabrication techniques including shadow masking, MBE for self-assembly, lithography, template methods, and focused ion beam processing. These nanostructures undergo thorough analysis through neutron/x-ray diffraction, atomic force/scanning tunneling microscopy, and magnetic property measurements.