Coupling the Secular Dynamical and Atmospheric Evolution of Close-in Exoplanets
This thesis plunges into the enigmatic formation of the hot Neptune desert, a sparsely populated region of exoplanetary demographics, by exploring the processes that shape close-in exoplanets. Central to this inquiry is the interplay between atmospheric evaporation and orbital migration, two pivotal mechanisms governing the evolution of planetary ...
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Large-amplitude variability driven by giant dust storms on a planetary-mass companion. [PDF]
Tan X +19 more
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Horizontal and vertical exoplanet thermal structure from a JWST spectroscopic eclipse map. [PDF]
Challener RC +35 more
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Evidence for a polar circumbinary exoplanet orbiting a pair of eclipsing brown dwarfs. [PDF]
Baycroft TA +3 more
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Instrumentation prospects for rocky exoplanet atmospheres studies with high resolution spectroscopy. [PDF]
Rukdee S.
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Possible favored great oxidation event scenario on exoplanets around M-stars with the example of TRAPPIST-1e. [PDF]
Jaziri AY, Carrasco N, Charnay B.
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Flare-driven habitability: Expanding life's potential around low-mass stars. [PDF]
Gao DY, Liu HG, Yang M, Zhou JL.
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Planets larger than Neptune have elevated eccentricities. [PDF]
Gilbert GJ, Petigura EA, Entrican PM.
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A complex structure of escaping helium spanning more than half the orbit of the ultra-hot Jupiter WASP-121 b. [PDF]
Allart R +21 more
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Water Versus Land on Temperate Rocky Planets. [PDF]
Guimond CM +8 more
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