UC’s MS in Planetary Science combines geology, atmospheric science, and astrophysics to probe planetary formation, habitability, and exploration targets.
Thermal evolution model of Europa’s subsurface ocean salinity gradients
Machine-learning crater-counting on high-resolution Mars Reconnaissance Orbiter images
Isotopic analysis of Martian meteorites to constrain mantle degassing history
Wind-tunnel simulation of Titan sand transport with low-density organics
Spectral unmixing of lunar pyroclastic deposits using Chandrayaan-2 data
VR field trip comparing Icelandic basalt flows to Venus highlands analogs
Lab impact experiments reproducing Bennu regolith cohesion under micro-g
Exoplanet phase-curve inversion retrieving cloud coverage on ultra-hot Jupiters
Policy brief on planetary-protection protocols for sample-return missions
Magnetohydrodynamic modeling of Ganymede’s intrinsic magnetosphere
Camera trap network monitoring biological contamination at Mars analog sites in the Atacama
3D thermochemical convection model of early Earth magma ocean solidification
Citizen-science classification of occultation star chords for Kuiper Belt objects
High-pressure experiment studying water–rock reactions forming serpentine on Ceres
CubeSat concept measuring near-Earth asteroid YORP spin-state changes
Public planet-walk installation scaling solar system to city streets
Radiative transfer modeling of haze photochemistry in young exoplanet atmospheres
White paper on open access to mission data for global south researchers
Educational kit teaching crater formation with household materials
Conference on ethics of off-world resource extraction
Explore worlds beyond Earth with UC’s mission-linked MS.
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