My expertise is in astroparticle physics, which sits at an intersection of particle physics, cosmology, and astrophysics. I have broad interests in dark matter, supersymmetry, the CMB, neutrino physics and cosmic rays. My work often bridges the gap between theory and experiment as it has a particularly strong focus on data analysis. My research thus far has already led to important contributions in each of the three detection strategies used to search for dark matter.

My principal teaching duties at CSM included the development, implementation, and maintenance of the introductory mechanics class delivered by the studio method to approximately 500 students per semester. Studio physics is a student-centered, interactively engaging method of instruction that utilizes an integrated learning environment emphasizing collaborative problem solving and conceptual understanding of content rich material coupled with hands-on lab measurements. Our students showed significant improvements in normalized gains on the Force Concept Inventory relative to national averages of courses using traditional, as well as active engagement, instruction methods.