Raghava Panguluri Email & Phone Number | Research Interests: •Electrical, magnetoelectric, opto, and electro-magnetic measurements. •Development of novel oxide materials, such as In2O3 for solar cell and thermoelectric applications and the study of their transport properties. •Implementation of Point Contact Andreev Reflection spectroscopy (PCAR) to investigate the interfacial magnetism\superconductivity and spin transport measurements in magnetic, dilute magnetic semiconductors, and half-metallic materials. •Investigation of surface magnetism and magnetic field mapping in nanostructured materials. •Fabrication of tunnel junctions based on metal oxides and the study of the effect of interface states on the performance of spintronics and photovoltaic devices. Specialties: Spintronics, Vacuum, Semiconductor processing, Material characterization, Thin film growth, Superconductors and Magnetic materials, Cryogenics, Electrical transport measurements.

Raghava Panguluri

Research Interests: •Electrical, magnetoelectric, opto, and electro-magnetic measurements. •Developm...
Wilmington, Massachusetts, United States

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Raghava Panguluri’s Location Wilmington, Massachusetts, United States

Raghava Panguluri’s Current Industry Lake Shore Cryotronics

Raghava Panguluri’s Prior Industry Janis Research | Wayne State University

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Applications Scientist

2020-11-01 00:00:00 - Present

Sr. Cryogenic Physicist and Applications Engineer

2020-02-01 00:00:00 - 2020-08-01 00:00:00

Research Associate

2003-09-01 00:00:00 - 2010-02-01 00:00:00

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Raghava Panguluri is a Research Interests: •Electrical, magnetoelectric, opto, and electro-magnetic measurements. •Development of novel oxide materials, such as In2O3 for solar cell and thermoelectric applications and the study of their transport properties. •Implementation of Point Contact Andreev Reflection spectroscopy (PCAR) to investigate the interfacial magnetism\superconductivity and spin transport measurements in magnetic, dilute magnetic semiconductors, and half-metallic materials. •Investigation of surface magnetism and magnetic field mapping in nanostructured materials. •Fabrication of tunnel junctions based on metal oxides and the study of the effect of interface states on the performance of spintronics and photovoltaic devices. Specialties: Spintronics, Vacuum, Semiconductor processing, Material characterization, Thin film growth, Superconductors and Magnetic materials, Cryogenics, Electrical transport measurements.