Applied Science 327 - Laser Biomedicine (Fall 2023)

Applied Science 627 - Lasers Applications (Fall 2023)

Applied Science 201 - Introduction to Materials Science (Spring 2024)

Applied Science 304 - Energy and Thermodynamics (Spring 2024)

My research interests are connected with novel electronic and magnetic materials and devices, including diluted magnetic semiconductors, high-TC superconductors, and colossal magnetoresistance materials. The focus of our research is on understanding dynamical processes (electronic and vibrational) localized at surfaces and interfaces, and in the bulk at defects and impurities. Knowledge of the rates and pathways of vibrational energy flow is critical for understanding thermal and laser-induced processes in condensed phases. Most of our research involves nonlinear optical techniques based on ultrafast high-power lasers which provide femtosecond time resolution and allow the characterization of buried interfaces that are not easily accessible by conventional surface probes. For more information on our research please browse through our Publications.