UC’s PhD in Planetary Science melds geology, atmospheres, and astrophysics to probe planetary formation, habitability, and exploration targets.
Thermal-evolution model of Europa’s subsurface ocean salinity gradients
Machine-learning crater counter for Mars Reconnaissance Orbiter imagery
Isotopic analysis of Martian meteorites constraining mantle degassing
Wind-tunnel simulation of Titan dune transport with organic sands
Spectral unmixing of lunar pyroclastic deposits using Chandrayaan-2 data
Lab impact experiments reproducing Bennu regolith cohesion under micro-g
Exoplanet phase-curve inversion retrieving cloud coverage on hot Jupiters
Magnetohydrodynamic modeling of Ganymede’s intrinsic magnetosphere
CubeSat concept measuring near-Earth asteroid YORP spin changes
High-pressure experiment studying water–rock reactions forming serpentine on Ceres
Citizen-science occultation timing for Kuiper Belt object shapes
3-D convection model of early Earth magma-ocean solidification
VR field trip comparing Icelandic basalts to Venusian analogs
Policy brief on planetary-protection protocols for sample-return missions
Radiative-transfer modeling of haze photochemistry in exoplanet atmospheres
Digital archive of Apollo seismic data re-processed with ML denoising
Public planet-walk installation scaling the solar system to city blocks
White paper on open-access mission data for Global South researchers
Symposium on ethics of off-world resource extraction
Educational kit teaching crater mechanics with household materials
Explore worlds beyond Earth with UC’s mission-linked PhD.
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