I am a graduate student at the University of Arizona as a University Fellow and NSF Graduate Fellow. I work on the MagAO-X extreme adaptive optics instrument, capable of directly imaging planets around other stars. My research interests lie in novel adaptive optics techniques, from predictive control, ground based control, and now high performance calibrations.
Want to check out my most recent work? I keep a list of my public appearances here so you don't have to work Google too hard.
Publications Presentations
One of the last classes I took in undergrad was an image processing lecture. Though these were class projects and heavily guided, they ended up extremely interesting! Here I've archived those projects, whose techniques are universally useful.
Learn moreListed below are some of the research projects I've worked on.
Using incoherent sparkles to calibrate pyramid WFS.
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Comparing performance across four wavelengths to show GLAO performance into the blue.
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Using GLAO look telemetry to predict wind direction, speed, and height
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Working with Empirically orthogonal Functions to implement predictive AO control on Keck.
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