PhD candidate in the Department of Physics & Astronomy at Dartmouth College.
Member of the Black Holes and Galaxies group, lead by Prof. Ryan Hickox.
Research focus on active supermassive black holes and their properties with large data sets.
It is believed that supermassive black holes reside at the centers of all galaxies. These black holes can accrete large amounts of interstellar matter, releasing enormous amounts of radiation. These active galactic nuclei (AGNs) have been studied for decades to understand their physical properties and the impact on their host galaxies.
Obscured quasars account for a large fraction of the total number of powerful AGNs. Dust extinction obscures nuclear emission and allows us to observe their host galaxies. Recently, I have uncovered a population of obscured AGNs which lack typical X-ray detections for such luminous sources. I am currently modeling these AGNs to better understand the column densities of this obscuring material responsible for the attenuation of X-ray emission.
I have a variety of teaching experiences in astronomy, physics, and general science. As a teaching assistant I have been responsible for lab sections and courses, at both undergraduate and graduate level. I have been invited to teach a number of classes throughout the year when professors were unavailable.
I spent the 2014-2015 academic year in K-12 education, where I acquired 300+ hours of classroom experience co-teaching 8th grade physical science as an NSF GK12 Fellow. I assist in mentoring the undergraduate research assistants in our group.
In addition, I am also a registered substitute for SAU 70.