People in the Planetary Sciences at Harvard University
Planetary Sciences at Harvard University

People whose current research interests include topics in the planetary sciences.

In the Department of Earth and Planetary Sciences

Professors:
 »
Jeremy Bloxham: Planetary magnetic fields, dynamo theory, structure and dynamics of the earth's core and lower mantle, inverse theory, mathematical geophysics.
 » Stein B. Jacobsen: Isotope and trace element geochemistry; chemical evolution of earth's crust-mantle system; isotopic and chemical evolution of sea water; accretion and early differentiation of the Earth; cosmochemistry; meteorites.
 » Andrew H. Knoll: Paleontology and sedimentary geology; astobiology. Principal Investigator of the Harvard Astrobiology Center (1998-2002); Mars Exploration Rovers Science Team Member.
 » Sujoy Mukhopadhyay: Noble gas geochemistry; interplanetary dust flux, nature of impactors on Earth, recurrence of comet showers, mass extinction events.
 » Richard O'Connell: Planetary interiors; geodynamics.
 » Daniel P. Schrag: Evolution of the Martian climate; geochemical oceanography.
 » Sarah T. Stewart-Mukhopadhyay: Collisions and impact cratering; physical properties of comets and asteroids; interpretation of shock processing in meteorites; planetary surface processes; Mars.

Research Associates:
 » Michail I. Petaev: Experimental and theoretical physical geochemistry; theoretical cosmochemistry; meteorites, primordial solar nebula.

In the Center for Astrophysics:

Professors and Research Scientists:
 »
Charles Alcock: Comets and asteroids; massive compact halo objects.
 » David Charbonneau: Detection and characterization of planets orbiting nearby, Sun-like stars; Design and implementation of automated telescopes for photometric monitoring; Formation and structure of brown dwarfs, and searches for their low-mass companions.
 » Matthew J. Holman: Studies of the long-term dynamics of our solar system and extrasolar planetary systems; observational surveys for Kuiper belt objects, Centaurs, and outer planet satellites. More information.
 » Scott J. Kenyon: Formation and evolution of stars and planets. More information.
 » Myron Lecar: Gravitational dynamics; chaos; dynamics of the solar system; planet formation; formation and dynamical evolution of extra-solar planets in the universe.
 » Robert W. Noyes: Solar and stellar seismology; solar structure and dynamics; detection and characterization of planets around other stars; origin and evolution of planetary systems.
 » Dimitar Sasselov: Nature and formation of extrasolar giant planets; Calculation of how the early universe became neutral; distance determination to nearby galaxies; Microvariability & Oscillations of Stars Microsatellite Mission (MOST); Imaging via gravitational microlensing.
 » Irwin I. Shapiro: Radio and radar techniques: applications to astrometry, astrophysics, geophysics, planetary physics.
 » David J. Wilner: Star and planet formation; aperture synthesis observations and techniques.

 » John F. Chandler: Experimental tests of general relativity; planetary ephemerides; interplanetary radar ranging; astrometric optical interferometry.
 » Fred A. Franklin: Planetary photometry; stability problems; investigations of concentration and scattering properties of small particles in the solar system; techniques and instrumentation to measure the Earth's albedo.
 » Mark A. Gurwell: Radio astronomy of planets; interferometry; brown dwarf detection.
 » Kenneth W. Jucks: High-resolution mid- and far-infrared spectroscopy of atmospheric trace molecules and weakly bound gas-phase complexes; spectral signatures and biomarkers of solar and extra-solar planets.
 » Vasili Kharchenko: Atmospheric physics; atomic collision theory.
 » Sylvain G. Korzennik: Solar physics; helioseismology; astroseismology; extrasolar planets.
 » David W. Latham: Searches for extrasolar planets; the formation and early history of the Milky Way Galaxy; the frequency and orbital characteristics of binaries in various stellar populations.
 » Kevin L. Luhman: Infrared and optical spectroscopy and imaging; star formation; young brown dwarfs; the initial mass function.
 » Brian G. Marsden: Celestial mechanics; determination of orbits; numerical analysis; astrometry; astronomical constants; comets; minor planets.
 » Ursula Marvin: Mineralogical studies of meteorites and lunar rocks; history of geology and meteoritics.
 » Peter Nisenson: Precision radial velocity exoplanet detection; high angular resolution imaging and interferometry; solar image processing; ultraviolet camera development.
 » Brian M. Patten: Stellar evolution; open clusters; X-ray astronomy; pre-main sequence and zero-age main sequence stars; brown dwarfs and extra-solar giant planets.
 » Robert D. Reasenberg: Space- and ground-based astronomical optical interferometry; solar-system dynamics and tests of general relativity; planetary gravity; astrometry; planetary system detection and study.
 » Timothy Spahr: Distribution of asteroids; sky surveys for near-Earth objects; determination of orbits.
 » Wesley A. Traub: Stratospheric composition; high angular resolution imaging of astronomical objects; spectral signatures and biomarkers of solar and extra-solar planets.
 » John A. Wood: Petrological and geochemical studies of meteorite and lunar material; origin of the solar system; studies of the planet Venus.

Postdoctoral Fellows:
 »
Scott Gaudi: Extra-solar planets.
 » Subhanjoy (Subu) Mohanty: Extrasolar planet formation and atmospheres; brown dwarfs; x-winds.
 » Chunhua Qi: Protoplanetary disks and comets; sub-millimeter astronomy.
 » Zoe Leinhardt: Planet formation, asteroid and comet collisions, n-body simulations.
 » Josh Winn: Extra-solar planets.

Graduate Students:
 » Wade Henning: Planetary exploration; astrobiology (EPS)
 »
Hannah Jang-Condell: Simulations of protoplanetary disks. (Astronomy) - new Ph.D.!
 » Karin Louzada: Martian magnetism. (EPS)
 » Michael Ranen: Isotopic evolution and the cumulate structure of the lunar mantle. (EPS)
 » Laurel Senft: Mars; impact craters (EPS)
 » Veronika Soukhovitskaya: Planetary geophysics (EPS)
 » Diana Valencia: Interior structure and evolution of extra-solar and terrestrial planets (EPS)

Previously at Harvard (not a complete list):

Visiting Scholars:
 »
Gerald J. Wasserburg, in residence fall 2001 & fall 2002: cosmochemistry, geochemistry, philosophy.
 » Maria Zuber, in residence 2002-2003: Theoretical modeling of geophysical processes; models of lithosphere deformation and the physics of volcanism; relationships between gravity, topography, and tectonic features in determining the mechanical structures and states of stress in planetary lithospheres; development and implementation of space-based laser ranging systems.
 » Bradford Hager, in residence fall 2003: Numerical modelling of solid-state convection at high Rayleigh numbers; study of the Earth's gravity field; core-mantle coupling; space-geodetic observations of surface deformation; dynamical processes in the interiors of the terrestrial planets.

Graduate Students:
 » Sabine Stanley, Ph.D. Geophysics 2004: planetary dynamos, Uranus' and Neptune's magnetic fields, relationship between convective region geometry and magnetic field morphology. (EPS)
 » Mathieu Dumberry, Ph.D. Geophysics 2004: Planetary dynamos, dynamics of rotating bodies, Earth's magnetic field and gravity field variations, magnetohydrodynamics, core-mantle interactions.
 » David Charbonneau, Ph.D. Astronomy 2002: Detection and characterization of planets orbiting nearby; sun-like stars. Currently Millikan Postdoctoral Scholar at Caltech. Returning to the Astronomy department Fall 2004.
 » Sara Seager, Ph.D. Astronomy 1999: Extrasolar giant planet atmospheres; recombination in the early universe. Currently faculty at Carnegie Institution of Washington.
 » David Kring, Ph.D. EPS 1989: Cosmochemistry and planetary geology. Currently faculty at U. Arizona.

Postdocs and Researchers at Harvard:
» Qingzhu Yin: Accretion and early differentiation of the Earth; cosmochemistry; meteorites. Currently a Research Scientist at U.C. Davis.
 » Marc Kuchner: Extrasolar planetary systems, small body dynamics, exozodiacal dust, interferometry. Currently a Hubble Fellow and Russell Fellow at Princeton.
» Edwin A. Bergin: Chemistry of the interstellar medium and star formation; structure and evolution of molecular clouds; molecular astrophysics; cometary chemistry. Currently faculty at U. Michigan.

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  »   Harvard University | Department of Earth and Planetary Sciences
  »   Department of Astronomy | Harvard-Smithsonian Center for Astrophysics
Updated Oct. 2005. Send corrections & additions by email.
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