Mentoring & Teaching
Mentoring
Mentoring a diverse group of students on research in astrophysics and cosmology is an important part of my scientific practice. My graduate and undergraduate mentorship experiences are listed below:
Graduate students
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Niusha Ahvazi, UCR/Carnegie → UVA: Semi-analytic modeling of dwarf galaxy formation and evolution (N. Ahvazi, A. Benson, L. Sales, E. O. Nadler et al. 2024);
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Wendy Crumrine, USC: Constraining dark matter–radiation interactions with small-scale structure (W. Crumrine, E. O. Nadler et al. 2024);
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Elise Darragh-Ford, Stanford: Dwarf galaxy searches using Gaia (E. Darragh-Ford, E. O. Nadler et al. 2021);
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Trey Driskell, USC: Semi-analytic modeling of structure and galaxy formation (T. Driskell, E. O. Nadler et al. 2022, 2024);
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Noah Glennon, UNH: Soliton orbital evolution in self-interacting ultra-light dark matter (N. Glennon, E. O. Nadler et al. 2022, N. Glennon, N. Musoke, E. O. Nadler et al. 2024);
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Sidney Mau, Stanford: Constraining the dark matter particle lifetime using ultra-faint dwarf galaxies (S. Mau, E. O. Nadler et al. 2022);
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Siddhesh Raut, USC/Carnegie: Self-interacting dark matter halo gravothermal evolution modeling;
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Yunchong (Richie) Wang, Stanford: Empirically modeling dwarf galaxy star formation histories (Y. Wang, E. O. Nadler et al. 2021, 2024a; Y. Wang, P. Mansfield, E. O. Nadler et al. 2024b).
Undergraduate, Post-baccalaureate, & High School students
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Deveshi Buch, Stanford: Constrained cosmological simulation suite of Milky Way analogs (D. Buch, E. O. Nadler et al. 2024);
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Shuxing Fang, USC: Large Magellanic Cloud infall in self-interacting dark matter cosmologies;
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Abigail Lee, UPenn → University of Chicago: Universality of subhalo disruption from Milky Way to galaxy cluster scales;
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Nyal McCrea, CWU (Simons–NSBP Scholar): Visualizing subhalo evolution in cosmological hydrodynamic simulations;
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Ellen Min, Caltech: Code development and Python implementation for Galacticus;
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Nicel Mohamed-Hinds, Stanford → University of Washington: Modeling subhalo disruption in hydrodynamic cosmological simulations;
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Ezra Msolla, UToronto (Simons–NSBP Scholar): Neutrino self-interaction impact on cosmic structure;
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Veronica Pratt, Stanford → Tufts: Large Magellanic Cloud analogs in the Satellites Around Galactic Analogs Survey;
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Juan Quiroz, Caltech: Semi-analytically modeling subhalo evolution in decaying dark matter cosmologies;
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Derek Rodriguez, USC Hybrid High School → UCLA: Subhalo evolution and dark matter host halo structure in the Symphony simulations;
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Resherle Verna, USC → UT Austin: Evolution of the subhalo and splashback mass function in hydrodynamic simulations of self-interacting dark matter;
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Logan White, NCSU (Simons–NSBP Scholar): Growth of structure in warm, interacting, and fuzzy dark matter.
Teaching
I have assisted with several undergraduate and graduate physics courses, including as a guest lecturer and author of course materials. Highlights include:
University of Southern California
- Advanced Cosmology (lecturer for Structure Formation & Galaxies)
University of California, Davis
- A Cosmology Workbook (authored Structure Formation, Galaxy Formation).
Stanford University
- Structure and Galaxy Formation (teaching assistant, lecturer for Halo Substructure, authored notebooks on Spherical Collapse, Halo Profiles, Self-interacting Dark Matter, and the Milky Way Halo);
- Modern Astrophysics (teaching assistant, authored solution manual);
- Cosmology & Extragalactic Astrophysics (teaching assistant, lecturer for Galaxy Formation & Evolution);
- Origin & Development of the Cosmos (teaching assistant, authored homework and exam problems).
University of California, Santa Barbara
- Relativistic Quantum Mechanics (teaching assistant, authored solution manual);
- Linear Algebra with Applications (held bi-weekly tutorials, authored supplementary lecture notes).