Optoelectronics and Spintronics
Professor
spintronics, semiconductor quantum structures
Characterization of electrical, optical, and spin properties of semiconductor quantum nanostructures, and study on spin coherence in semiconductor nanostructures and its application toward low power consumption technology.
Professor
Photovoltaic cells, Power Semiconductor Devices, Crystalline Defects
Study on highly efficient photovoltaic cells using multinary compound semiconductors and organic semiconductors. Defect analysis in power semiconductor devices.
Professor
Magnetics, Materials Informatics, Computational Physics
A study of Materials Informatics using Explainable Machine Learning to analyze the mechanism of magnetic property in magnetic materials. Development of representations that use free energy to build models in data space and connect observed physical phenomena.
Professor
magnetic oxides, epitaxial films, advanced magnetic materials
Development of novel materials for spintronics. Fabrication and characterization of magnetic devices composed of metal and oxide materials.
Associate Professor
nano-structured silicon, thin-film photocatalysts, crystal defects
Growth and characterization of nanostructured siliconbaesd material for application in energy devices. Study of photocatalyst materials. Defects study in semiconductors.
Assistant Professor
machine learning, magneto-optical studies, technical English education
Machine learning techniques to analyze magneto-optical studies.
Assistant Professor
Semiconductor physics, physics & engineering of power devices, ultra wide bandgap semiconductors
Research on the physics and engineering of ultra-wideband semiconductor devices (Diamond, Ga2O3), and their use to reduce energy loss in power-electronics applications
