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Exoplanet Science

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Exoplanet Science

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Research Frontiers in Habitable Zone Exoplanet Climate Modeling

Development of sophisticated climate models to predict surface conditions and potential habitability of Earth-sized planets within stellar habitable zones.

Atmospheric Escape and Habitability Windows in M-Dwarf Systems
Biosignature Stability Under Extreme Stellar Radiation Regimes
Tidal Heating and Subsurface Ocean Dynamics in Habitable Zones
Cloud Feedback Mechanisms in Exoplanet Climate Stability
Magnetic Field Shielding of Habitable Zone Atmospheres
Carbonate-Silicate Cycles on Distant Terrestrial Worlds
Ultraviolet Photodissociation and Atmospheric Composition Trade-offs
Seasonal and Multi-Year Climate Variability in Tidally-Locked Planets
Prebiotic Chemistry in Habitable Zone Exoplanet Atmospheres
Ocean Circulation Patterns and Heat Distribution in Super-Earths

All Exoplanet Science PhD categories