Program Information

My research involves multi-scale modeling of single-electron-tunneling devices using quantum mechanics. We model devices and watch individual electrons jump around. Even though my work is on a microscopic scale, it has important potential applications in electronics and with semiconductors.

I am studying ice nucleation, cloud microphysics, and materials science—and then applying my work to climate modeling. I’m particularly interested in the precipitation cycle: where it comes from, why it happens, and where it goes. I’ve been working on this project for four years, and have been able to present my work overseas at international conferences.

My research focuses on cloud microphysics. My team worked with the National Center for Atmospheric Research to develop an aircraft-mounted instrument that takes 3D pictures of clouds at very small scales. I’ve always loved weather; clouds are one of Earth’s fundamental forces, and what I’m doing helps us better understand this paramount physical phenomenon.

My research focuses on fabrication, functionalization, and applications of nano-materials. When you work on the nano-scale, things we understand on a larger scale start to change. Even with 20 years of researching nano-materials, there is still very little that is understood. I want to help improve life for everyone through better understanding of nano-materials.

I am focusing my research on magnetic materials and materials science. I am trying to make the best magnetic materials possible for automotive applications. My research helps me to think about the experimental process—and helps me combine my physics background with my other strengths and interests.