Graduate Researcher
CurrentCreating a full telescope and instrument model using Physical Optics Propagation in Python (POPPY) to simulate wavefront sensing & control methods for future space coronagraphs.Aligned and characterized a benchtop vector vortex coronagraph. Demonstrating a self coherent camera for dark hole maintenance on a benchtop system. Studying novel segmentation methods for primary mirrors to be used in future large-aperture observatories.Using deflectometry and LIDAR to measure large inflatable gossamer mirror prototypes.Developed Python and MATLAB code for polarization raytracing and analysis using ZOS-API.Advisors:Dr. Daewook Kim, Large Optics Fabrication & Testing Group (LOFT)Dr. Ewan Douglas, University of Arizona Space & Astrophysics Lab (UASAL)