Microelectronics

Research focuses on semiconductor material technologies for silicon and compound semiconductor microelectronics. This includes bulk crystal growth for substrate wafers and epitaxial growth for thin films. Studies examine defects in fabrication processes and device performance using synchrotron X-ray methods.

Faculty Research Areas

Michael Dudley

Professors Michael Dudley and Balaji Raghothamachar specialize in the advanced characterization and structural analysis of crystalline materials using synchrotron X-ray topography, high-resolution X-ray diffraction, and electron microscopy. Their research primarily investigates wide bandgap semiconductors designed for power electronics, LEDs, and laser diodes. Additionally, their work encompasses the characterization of oxide materials and silicon-based materials for integrated circuits and solar applications.

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Balaji Raghothamachar

Professors Michael Dudley and Balaji Raghothamachar specialize in the advanced characterization and structural analysis of crystalline materials using synchrotron X-ray topography, high-resolution X-ray diffraction, and electron microscopy. Their research primarily investigates wide bandgap semiconductors designed for power electronics, LEDs, and laser diodes. Additionally, their work encompasses the characterization of oxide materials and silicon-based materials for integrated circuits and solar applications.

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Esther Takeuchi

Professor Esther Takeuchi focuses on the design and development of next-generation batteries with high energy, power density, and long life. Her research involves the rational synthesis of electroactive materials, exploring their structure-function relationships, ion transport mechanisms, and complex redox processes. Through collaborative, interdisciplinary approaches integrating chemistry, materials science, and electrochemistry, she advances cutting-edge energy storage technologies.

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