Caltech’s MS in Planetary Science opens doors to understanding the formation, evolution, and dynamics of planets and celestial bodies. Below are impactful thesis topics based on real planetary data and simulations.
Surface Geology of Mars Using Orbital Spectral Data
Atmospheric Dynamics of Venus via Cloud Motion Analysis
Cryovolcanism on Icy Moons of the Outer Solar System
Seismological Modeling of Marsquake Data from InSight
Comparative Climate Models of Earth and Exoplanets
Formation and Evolution of Protoplanetary Disks
Volatile Transport on Mercury and the Moon
Radar Imaging Analysis of Subsurface Structures on Europa
Modeling Tidal Heating Effects on Io’s Volcanism
Remote Sensing of Martian Dust Storms and Climate Patterns
Geochemical Mapping of Lunar Basaltic Regions
Detection of Biosignatures in Exoplanet Atmospheres
Calibration of Spacecraft Instruments for Planetary Flybys
Thermal Inertia Mapping of Asteroid Surfaces
Study of Magnetospheric Interactions with Planetary Atmospheres
Collexa supports Caltech students with data from NASA missions, atmospheric simulations, and planetary modeling tools for impactful planetary science research.
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