Philip F. Hopkins
Research Interests: Theoretical Astrophysics
Overview
I'm a theoretical astrophysicist lucky enough to get to work on big questions like "how did we go from the Big Bang to the Universe we see today." I love the collaborative aspects of science, and the chance to work in groups with different students and postdocs and colleagues with a broad spectrum of backgrounds and different perspectives.
My primary research interests are: Galaxy formation and evolution. Star formation and originsof stars and planets. Inter-stellar, circum-galactic, and inter-galactic medium physics. Cosmic rays. Nature of dark matter, astrophysical dark matter constraints and tests. Origins, growth, and evolution of super-massive black holes, AGN and quasars. Astrophysical turbulence and space plasma physics. Large-scale structure and cosmology. Planetesimal formation and astrophysical dust and particle dynamics. Numerical methods for astrophysics and space plasmas. "Feedback" processes on astrophysical scales.
Selected Awards
- Fellow of the American Astronomical Society, 2025
- Fellow of the American Physical Society (Division of Astrophysics), 2024
- Simons Investigator In Astrophysics, 2023
- American Astronomical Society High-Energy Astrophysics Division Mid-Career Award, 2023
Selected Awards
- Fellow of the American Astronomical Society, 2025
- Fellow of the American Physical Society (Division of Astrophysics), 2024
- Simons Investigator In Astrophysics, 2023
- American Astronomical Society High-Energy Astrophysics Division Mid-Career Award, 2023
PhD Thesis: Physical Model for the Fueling and Evolution of Quasars in Galaxy Mergers
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Instructor: Hopkins
Instructor: Hopkins