Members
Current TAP Members
Faculty Affiliate Members
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Alyson Ford (Astronomy) Galaxy Structure and Dynamics, stellar populations, Space Debris, Asteroids, Image Processing, Signal Processing, Radar, Instrumentation |
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Andrew Youdin (Astronomy) Planet formation, accretion disks, planetary atmospheres, exoplanet statistics, dynamics |
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Buell T. Jannuzi (Astronomy) Observational Cosmology, Quasar Absorption Line Systems, Active Galaxies, Instrumentation for Surveys |
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Chi-Kwan Chan (Astronomy) Computational Astrophysics and High Energy Astrophysics |
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Eduardo Rozo (Physics) Astrophysics and Cosmology |
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Elisabeth Krause (Astronomy) Theoretical and observational cosmology. Using observations of the large-scale galaxy distribution to constrain the composition and initial conditions of the Universe. |
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Erik Asphaug (Planetary Sciences) Planet formation; Co-I on Psyche mission, low-gravity bodies. |
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Federico Fraschetti (Planetary Sciences) High energy astrophysics, cosmology, cosmic rays |
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Gurtina Besla (Astronomy) Theoretical Astrophysics, Galaxy Formation, Dwarf Galaxies, Local Group Dynamics, Dark Matter and Structure Formation |
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Ina Sarcevic (Physics) Ultrahigh energy neutrino interactions of relevance to the detection of Active Galactic Nuclei and of Dark Matter Candidates and studying the dynamics of particle production in Active Galactic Nuclei. |
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Isamu Matsuyama (Planetary Science) Planet formation |
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Ivan Hubeny (Steward Observatory) Radiation transport, stellar atmospheres, planetary atmospheres, accretion disks |
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Joe Giacalone (Planetary Sciences) Cosmic-ray transport, computational space-plasma physics, solar and heliospheric physics |
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Johann Rafelski (Physics) Study of properties of the Universe and its evolution beginning with deconfined quark-gluon plasma, followed by hadronization transition, and continuing in the era of matter-antimatter annihilation prior to neutrino decoupling. |
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John Cocke (Astronomy, emeritus) Theoretical Astrophysics, Probability and Statistics, General Relativity and Cosmology, and Probability Theory
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Jozsef Kota (Planetary Sciences) Cosmic rays, solar wind, heliospheric magnetic fields |
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Kathryn Volk (Lunar and Planetary Lab) Kuiper belt objects, planetary dynamics, exoplanets |
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Kristopher Klein (Lunar and Planetary Lab) Transport and dissipation of magnetized turbulence. Occurrence and effects of instabilities driven by departure from non-local thermodynamic equilibrium. |
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Kaitlin Kratter (Astronomy) Star and Planet Formation, Theoretical and Computational Astrophysics, Binary Stars, Accretion Disks, Stellar and Planetary Dynamics |
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Lon Hood (Planetary Sciences) Gas-grain interactions in the solar nebula, stratospheric physics, lunar and Mars geophysics |
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Peter Behroozi (Astronomy) Theoretical Astrophysics, Galaxy Formation, Quasars, Cosmology |
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Peter Strittmatter (Astronomy) Quasars, stellar evolution and structure, image reconstruction |
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Randy Jokipii (Regents Professor, Planetary Sciences/Astronomy) Cosmic-ray and high-energy astrophysics, solar-terrestrial physics, winds, plasmas, scintillation |
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Renu Malhotra (Planetary Sciences) Planetary dynamics, solar system and extrasolar planetary systems origin and evolution, Kuiper Belt observations and theory, circumstellar debris disks. |
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Richard Greenberg (Planetary Sciences) Celestial mechanics and planetary dynamics, orbital resonances, orbiting populations and impact processes, formation and evolution of the solar system |
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Rodger I. Thompson (Astronomy) Extragalactic Astronomy and Cosmology, Galactic Astronomy and Star Formation, Infrared Astronomy, Instrumentation |
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Shufang Su (Physics) Theoretical elementary particle physics focusing on new physics beyond Standard Model. Phenomenology of new physics models, collider searches, Higgs physics, electroweak precision studies, dark matter and particle cosmology |
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Sumit Mazumdar (Physics) Atomic, Molecular, and Optical Physics and Condensed Matter Physics. Theory of quasi-one and two-dimensional strongly correlated-electron systems, from semiconductors to superconductors, from their low temperature behavior to photo and device physics. |
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Timothy Swindle (Planetary Sciences) Cosmochemistry; measurements of the noble gases in extraterrestrial materials (lunar samples and meteorites) to study the evolution of the solar system. |
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Tim Eifler (Astronomy) Modeling the evolution of structures in our Universe and their multiple observables, in particular weak lensing, galaxy clustering, magnification, temperature and polarization of the Cosmic Microwave Background. |
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Tod Lauer (NOAO) Cosmology, Black Holes in Galaxies, Structure of Galaxies, Large Scale Structure, Stellar Populations, Image Processing |
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Tommi Koskinen (Planetary Sciences) Planetary atmospheres, both in the solar system and on exoplanets. |
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Travis Barman (Planetary Sciences) Atmospheric modeling of exo-planets, brown dwarfs and low mass stars |
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William Hubbard (Planetary Sciences) Brown dwarfs, high-pressure equations of state, stellar occultations, scintillation in planetary atmospheres |
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Xiaohui Fan (Astronomy) Cosmology, Quasars, Intergalactic Medium, Brown Dwarfs. |
Faculty Members
| Dave Arnett (Regents Professor, Astronomy)
Nuclear relativistic and computational astrophysics, stellar and galactic evolution |
| Fulvio Melia (Professor, Physics/Astronomy/The Applied Math Program)
High-energy astrophysics, theoretical cosmology, general relativity, galactic center |
| Philip Pinto (Astronomy)
Radiative transfer, supernova spectra |
| Samuel Gralla (Physics)
Black holes, pulsars, gravitational waves, general relativity |
| Vasileios Paschalidis (Astronomy)
Gravitational physics, numerical relativity, gravitational waves, (binary) compact objects, accretion onto (binary) black holes, bouncing cosmologies. |
Post Docs
Graduate Students
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Gabriele Bozzola (Astronomy) |
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Katie Chamberlain (Astronomy) |
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Pedro Espino (Physics) |
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Nico Garavito-Camargo (Astronomy) |
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Matthew Kirby (Physics) |
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Tad Komacek (PTYS/LPL) |
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Rixin Li (Astronomy) |
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Maria Steinrueck (PTYS/LPL) |
Membership
TAP welcomes all those interested in the scientific study of theoretical astrophysics to become new members. Current members represent the interdisciplinary nature of the TAP and include faculty, postdocs, and graduate students from all TAP interdisciplinary departments.
Involvement in Program activities prior to a formal application for membership is not required, but is strongly encouraged. Potential applicants are also encouraged to discuss their application with Steering Committee members.
Our continuing aim is to increase the visibility of the UA’s strength in the area of theoretical astrophysics – we hope you will join us.
To become a member, please complete the short application. New member applications are reviewed quarterly by the Steering Committee. You will receive confirmation once you have been approved for membership. Please send any questions to Rosie Johnson, TAP Project Manager.