My Research Interests

I am a postdoctoral fellow at the Space Telescope Science Institute in Baltimore, and a member of STScI's ISM group. I was born and raised in Syracuse, NY. I then moved north and received a B.S. in Physics at St. Lawrence University and then my PhD in Astrophysics from Keele University in England.

My research focuses on understanding the evolution of Asymptotic Giant Branch stars, which are sun-sized stars towards the end of their lives. These highly evolved stars produce a significant amount of dust and contribute a tremendous amount of material back to the interstellar medium. These stars will lose up to 30 times the mass of the Earth in one year, and up to 85% of their mass in the final stages of their lives.

Using radio, infrared, and optical telescopes to look at different aspects of these stars allows us to understand how they contribute to the regeneration of the Universe. By studying these stars, as well as red supergiant stars, we can understand the main sources of complex material in the Universe, that seeded the creation of the Milky Way, the solar system, the Earth, and everything we've ever known.


Recent Conferences

American Astronomical Society Winter Meeting

Hawaii, USA (January, 2020)

A Star Has Evolved: A conference in the honor of Hans Olofsson

Smögen, Sweden (August, 2019)

Recent Posters

The Dusty Evolved Star Kit (DESK)

The Dusty Evolved Star Kit The Dusty Evolved Star Kit is a simple tool for fitting the Spectral Energy Distribution of evolved stars with grids of radiative transfer models. The code (currently in development) uses grids created using the DUSTY code. Future versions of the code will include more grids as well as grids from other radiative transfer codes.

Contact me

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    3700 San Martin Drive
    Baltimore, MD 21218
    United States
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