Science ❯ Astronomy ❯ Exoplanets
Atmosphere Astrobiology Extraterrestrial Life HD 137010 b GJ 3378b Atmospheres LHS 1140 b Rocky Planets LHS 1140b Liquid Water GJ 251c Earth-like Planets Atmospheric Studies Habitable Zone Water Cycle Water Requirements Research Potential Habitability TRAPPIST-1e Planetary Conditions Atmospheric Loss Alien Life Life Beyond Earth Potential for Life Life Potential GJ 251 c Goldilocks Zone Potential Habitable Planets Potential for human life Habitability Factors Planetary Evolution Potential Habitable Worlds Water Abundance Carbon Signatures Gliese 12b Interstellar Contamination Biosignatures GJ 3378 b Conditions for Life UV Radiation Effects Gliese 12 b Potential Habitability of HD 137010 b Planetary Science Planet Atmosphere Venus-like Exoplanets Water Planetary Atmospheres Gliese 3378b Sub-Neptunes Venusian Conditions Statistical Analysis Habitable Worlds Comparative Planetology Atmospheric Conditions Red Dwarf Stars Low-Mass Stars Research Methods Magnetic Fields Earth-size Planets Hycean Worlds Wolf 359 Habitability Zone Empirical Habitable Zone Planet Discovery Atmospheric Composition HD 20794d Liquid Water Requirements Search for Extraterrestrial Life HD 20794 d Planetary Discovery James Webb Space Telescope Research and Discovery Solar Radiation Planet HD 137010 b L 98-59 f GJ 251 C Atmospheric Retention Extraterrestrial Intelligence Environmental Factors Milky Way Non-Habitable LHS 1140-b Potentially Habitable Worlds Estimates Temperate Exoplanets Atmospheric Effects TRAPPIST-1 d TRAPPIST-1 Trappist-1e Microlensing Alien Life Detection Rocky Exoplanets Habitable Planets Liquid Water Presence Space Exploration
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The peer‑reviewed study validates a theoretical prediction and a ground‑based technique and makes LHS 1140 b a priority for follow‑up to probe its lower atmosphere and habitability.
