Ashley will introduce what long baseline optical interferometry is, how it works, and what we can do with it. Long baseline optical interferometry allows astronomers to see objects in the universe at a very high angular resolution. Using this technique, we can measure stars with extreme precision, track orbits of binary stars, and even detect exoplanets. She will also present how she uses this technique for her dissertation research to explore exoplanet host stars.
Ashley Elliott is currently a PhD Candidate at Louisiana State University where she is working towards her PhD in Physics. She got her Bachelor’s degree in 2021 right here at Embry-Riddle Aeronautical University, Prescott and worked with both Dr. Darrel Smith and Dr. Noel Richardson during her time here. Her research is focused on studying exoplanet host stars using a powerful technique called long baseline optical interferometry. A fun fact about her is that she has two cats named Super and Nova.
This program will last for approximately 60 minutes. Please remember to arrive at the planetarium at least 10 minutes prior to the showtime indicated on your ticket. For more information, please visit our Frequently Asked Questions page.