My primary research focus encompasses an interdisciplinary view of health physics and environmental physics, particularly on the transport and fate of radionuclides in the environment. In my studies I characterize the kinematic properties of radiological particles, probe the transport of such radioactive materials in air, soil, and groundwater, and analyze the resulting impacts on human health. My doctoral work specifically examined the background resuspension transport mechanism under isolated conditions using trace quantity analysis with nuclear analytical techniques. I am interested in expanding this research to include the coupling effects of different mechanisms including wind, weathering, groundwater flow, and other environmental conditions.
🔎 Current research
🗃️ Prior research
- Medical Physics Software
- Portable Faraday Cup Simulation
- Protein Dielectric Relaxation Spectroscopy Studies
Looking to collaborate on a project? Contact me!