I am currently a second-year Ph.D. student studying planetary science at Hampton University. I earned my B.S. in physics from Gettysburg College in 2015 with minors is mathematics and music.
My current research interests focus on using cloud-tracking techniques and ground-based observations to gather information about the dynamics of Venus’s atmosphere. In planetary atmospheres, wind speeds can be measured by analyzing the motions of clouds. The clouds act as tracers of the wind movements and thus by measuring their movements one can interpret what the wind field is. A useful diagnosis of a planet’s global atmospheric dynamics is the zonal (east-west) mean wind profile, i.e., mean of the zonal component of the wind vectors. I currently employ a two-dimensional Correlation Imaging Velocimetry (CIV) technique developed by John Blalock at Hampton University. The two-dimensional method calculates the correlation between two-dimensional subwindows within the two images; the subwindows are shifted in the north-south directions as well as in the east-west (creating a search window). I utilize this 2D technique (in addition to manual tracking techniques) for my research projects.
While at Gettysburg for my undergraduate career, I completed a Senior Capstone project entitled “Simulated Stratospheric Aerosol (H2SO4) Size Distribution Effects on Total Phase Function and Top of Atmosphere Flux.”