Caltech’s Geological and Planetary Sciences program blends Earth science with planetary exploration. Students study planetary evolution, tectonics, climate history, and geophysical processes using both lab and field-based approaches.
Analysis of Martian Surface Composition Using Rover Spectral Data
Tectonic Plate Simulation Models Using Seismic Data Analytics
Mapping Lunar Craters and Volcanism via Satellite Imagery
Paleoclimate Reconstruction Through Ice Core and Sediment Analysis
Machine Learning for Predicting Earthquake Aftershocks
Hydrothermal Activity Detection on Europa Using Remote Sensing
Modeling Subsurface Ocean Dynamics in Icy Moons
Carbon Cycle Modeling Using Geological Time Scales
Petrological Analysis of Meteorites Found in Antarctica
Design of Instruments for Volcanic Gas Composition Measurement
3D Geophysical Modeling of Earth’s Mantle Convection
Radar-Based Subsurface Mapping of Planetary Bodies
Simulation of Planetary Atmosphere Evolution Using Climate Models
Soil Mechanics Analysis for Extraterrestrial Construction
Comparison of Terrestrial and Martian Geologic Processes
From remote sensing data to tectonic simulations, Collexa assists Caltech undergrads with high-impact research in Earth and planetary sciences.
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