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@NikoleKLewis’ team will observe one of the planets, TRAPPIST-1e, in an effort to not only detect an atmosphere, but also to determine its basic composition. TRAPPIST-1e is one of the known exoplanets having the most in common with Earth.pic.twitter.com/4tIZaax0od
@DrRayJay & @KalteneggerLisa are part of a team that will dedicate 200 hours of time on the @NASAWebb telescope to characterize #exoplanets.pic.twitter.com/CXP8ymyEcK
“We look forward to ‘remote sensing’ a remarkable diversity of exoplanet atmospheres, ranging from temperate terrestrial worlds in the TRAPPIST-1 system to blazing gas giants orbiting very close to their stars." @DrRayJay (Dean of Arts and Sciences) #Explanetspic.twitter.com/cFIczuR8vh
“The combination of the data from the three TRAPPIST planets will give us unprecedented insight into how rocky planets evolve at different distances from their host star." @KalteneggerLisa (@CSInst director)pic.twitter.com/evSyTjz9Ye
Jonathan Lunine is the interdisciplinary scientist for astrobiology on the @NASAWebb mission His hours on the telescope will be mostly used to look at “hot Jupiters” – gas giant planets that are very close to their stars – and Kuiper Belt objects. #exoplanets
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