February
2019
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2019ApJ...871L..24V
Authors
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Vanderspek, Roland
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Huang, Chelsea X.
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Vanderburg, Andrew
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Ricker, George R.
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Latham, David W.
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Seager, Sara
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Winn, Joshua N.
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Jenkins, Jon M.
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Burt, Jennifer
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Dittmann, Jason
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Newton, Elisabeth
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Quinn, Samuel N.
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Shporer, Avi
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Charbonneau, David
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Irwin, Jonathan
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Ment, Kristo
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Winters, Jennifer G.
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Collins, Karen A.
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Evans, Phil
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Gan, Tianjun
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Hart, Rhodes
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Jensen, Eric L. N.
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Kielkopf, John
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Mao, Shude
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Waalkes, William
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Bouchy, François
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Marmier, Maxime
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Nielsen, Louise D.
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Ottoni, Gaël
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Pepe, Francesco
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Ségransan, Damien
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Udry, Stéphane
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Henry, Todd
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Paredes, Leonardo A.
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James, Hodari-Sadiki
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Hinojosa, Rodrigo H.
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Silverstein, Michele L.
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Palle, Enric
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Berta-Thompson, Zachory
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Crossfield, Ian
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Davies, Misty D.
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Dragomir, Diana
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Fausnaugh, Michael
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Glidden, Ana
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Pepper, Joshua
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Morgan, Edward H.
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Rose, Mark
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Twicken, Joseph D.
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Villaseñor, Jesus Noel S.
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Yu, Liang
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Bakos, Gaspar
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Bean, Jacob
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Buchhave, Lars A.
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Christensen-Dalsgaard, Jørgen
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Christiansen, Jessie L.
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Ciardi, David R.
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Clampin, Mark
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De Lee, Nathan
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Deming, Drake
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Doty, John
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Jernigan, J. Garrett
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Kaltenegger, Lisa
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Lissauer, Jack J.
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McCullough, P. R.
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Narita, Norio
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Paegert, Martin
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Pal, Andras
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Rinehart, Stephen
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Sasselov, Dimitar
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Sato, Bun'ei
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Sozzetti, Alessandro
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Stassun, Keivan G.
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Torres, Guillermo
Abstract
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Data from the newly commissioned Transiting Exoplanet Survey Satellite has revealed a “hot Earth” around LHS 3844, an M dwarf located 15 pc away. The planet has a radius of 1.303+/- 0.022 R ⊕ and orbits the star every 11 hr. Although the existence of an atmosphere around such a strongly irradiated planet is questionable, the star is bright enough (I = 11.9, K = 9.1) for this possibility to be investigated with transit and occultation spectroscopy. The star’s brightness and the planet’s short period will also facilitate the measurement of the planet’s mass through Doppler spectroscopy.
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