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Exoplanet spectroscopy measures wavelength-dependent planet signals to infer atmospheric composition, temperature, clouds, and circulation.
supportedExoplanet spectroscopy measures wavelength-dependent planet signals to infer atmospheric composition, temperature, clouds, and circulation. Atmospheric spectroscopy probes climate, chemistry, formation history, escape, circulation, and eventually potential biosignatures on suitable worlds.
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Exoplanet spectroscopy measures wavelength-dependent planet signals to infer atmospheric composition, temperature, clouds, and circulation.
supportedAtmospheric gases absorb and emit at characteristic wavelengths.
supportedSpace telescopes have detected water, carbon-bearing molecules, alkali metals, clouds, and thermal structures in exoplanet atmospheres.