Mentorship
Mentoring a diverse group of students on research in astrophysics and cosmology is an important part of my scientific practice. My recent graduate and undergraduate mentorship experiences are listed below:
Graduate students
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Wendy Crumrine, USC: Likelihood analyses of dark matter–baryon and dark matter–radiation interactions using Milky Way satellite galaxies;
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George (Trey) Driskell, USC: Efficiently generating constrained dark matter merger trees;
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Noah Glennon, University of New Hampshire: Soliton orbital evolution in self-interacting ultra-light dark matter (N. Glennon, E. O. Nadler et al. in prep.);
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Sidney Mau: Constraining the dark matter particle lifetime using ultra-faint dwarf galaxies (S. Mau, E. O. Nadler et al. 2022);
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Yunchong (Richie) Wang, Stanford: Empirically modeling star formation in dwarf galaxies (Y. Wang, E. O. Nadler et al. 2021); cosmological simulations including self-consistently grown galactic disks;
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Elise Darragh-Ford: Searching for phase-space overdensities in Gaia data (E. Darragh-Ford, E. O. Nadler et al. 2021); modeling dynamical substructure in the Milky Way.
Undergraduate students
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Deveshi Buch, Stanford: Constrained cosmological simulation suite of Milky Way analogs (D. Buch, E. O. Nadler et al. in prep.);
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Resherle Verna, USC: Evolution of the subhalo and splashback mass function in hydrodynamic simulations of self-interacting dark matter;
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Ellen Min, Caltech: Code development and Python implementation for Galacticus;
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Juan Quiroz, Caltech: Semi-analytically modeling subhalo evolution in decaying dark matter cosmologies;
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Shuxing Fang, USC: Large Magellanic Cloud infall in self-interacting dark matter cosmologies;
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Nyal McCrea, Central Washington Unversity (Simons-NSBP Scholar): Visualizing subhalo evolution in cosmological hydrodynamic simulations;
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Veronica Pratt, Stanford: Large Magellanic Cloud analogs in the Satellites Around Galactic Analogs Survey.
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Nicel Mohamed-Hinds, Stanford → University of Washington: Modeling subhalo disruption in hydrodynamic cosmological simulations.
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Abigail Lee, University of Pennsylvania → University of Chicago: Universality of subhalo disruption from Milky Way to galaxy cluster scales.