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Sub-Neptunes with $2-3R_\oplus$ are intermediate in size between rocky planets and Neptune-sized planets. The orbital properties and bulk compositions of transiting sub-Neptunes provide clues to the formation and evolution of close-in small…

地球与行星天体物理 · 物理学 2024-05-22 Y. Hori , A. Fukui , T. Hirano , N. Narita , J. P. de Leon , H. T. Ishikawa , J. D. Hartman , G. Morello , N. Abreu García , L. Álvarez Hernández , V. J. S. Béjar , Y. Calatayud-Borras , I. Carleo , G. Enoc , E. Esparza-Borges , I. Fukuda , D. Galán , S. Geraldía-González , Y. Hayashi , M. Ikoma , K. Ikuta , K. Isogai , T. Kagetani , Y. Kawai , K. Kawauchi , T. Kimura , T. Kodama , J. Korth , N. Kusakabe , A. Laza-Ramos , J. H. Livingston , R. Luque , K. Miyakawa , M. Mori , S. Muñoz Torres , F. Murgas , J. Orell-Miquel , E. Palle , H. Parviainen , A. Peláez-Torres , M. Puig-Subirá , M. Sánchez-Benavente , P. Sosa-Guillén , M. Stangret , Y. Terada , N. Watanabe , G. Á. Bakos , K. Barkaoui , C. Beichman , Z. Benkhaldoun , A. W. Boyle , D. R. Ciardi , C. A. Clark , K. A. Collins , K. I. Collins , D. M. Conti , I. J. M. Crossfield , M. E. Everett , E. Furlan , M. Ghachoui , M. Gillon , E. J. Gonzales , J. Higuera , K. Horne , S. B. Howell , E. Jehin , K. V. Lester , M. B. Lund , R. Matson , E. C. Matthews , F. J. Pozuelos , B. S. Safonov , J. E. Schlieder , R. P. Schwarz , R. Sefako , G. Srdoc , I. A. Strakhov , W. C. Waalkes , C. Ziegler , D. Charbonneau , Z. Essack , M. Timmermans , N. M. Guerrero , H. Harakawa , C. Hedges , M. Ishizuka , J. M. Jenkins , M. Konishi , T. Kotani , T. Kudo , T. Kurokawa , M. Kuzuhara , J. Nishikawa , M. Omiya , G. R. Ricker , S. Seager , T. Serizawa , S. Striegel , M. Tamura , A. Ueda , R. Vanderspek , S. Vievard , J. N. Winn

We report here the discovery and characterization of a high-mass transiting brown dwarf in a close-in orbit around its host star, TOI-7154. Initially, the host star was identified as an exoplanetary candidate from the TESS photometry data.…

We report the discovery of a sub-Neptune and a Neptune-like planet ($R_b = 2.48^{+0.14}_{-0.10}\,R_\oplus$, $R_c = 4.03^{+0.23}_{-0.15}\,R_\oplus$) orbiting the F-type star TOI-4495. The planets have orbital periods of 2.567 days and 5.185…

Photoevaporative mass-loss rates are expected to be highest when planets are young and the host star is more active, but to date there have been relatively few measurements of mass-loss rates for young gas giant exoplanets. In this study we…

We report the discovery of two short-period Saturn-mass planets, one transiting the G subgiant TOI-954 (TIC 44792534, $ V = 10.343 $, $ T = 9.78 $) observed in TESS sectors 4 and 5, and one transiting the G dwarf K2-329 (EPIC 246193072, $ V…

Transiting planets around young stars are key benchmarks for our understanding of planetary systems. One of such candidates was identified around the K dwarf HD 18599 by TESS, labeled as TOI-179. We present the confirmation of the…

In this paper we report a new transiting warm giant planet: KOI-1257 b. It was first detected in photometry as a planet-candidate by the ${\it Kepler}$ space telescope and then validated thanks to a radial velocity follow-up with the SOPHIE…

TOI-396 is an F6V star ($V\approx6.4$) orbited by three transiting planets. The orbital periods of the two innermost planets are close to the 5:3 commensurability ($P_b \sim3.6$ d and $P_c \sim6.0$ d). To measure the masses of the three…

We present spectral observations of the multiplanet host TOI-1694 during the transit of TOI-1694b, a 26.1 $M_\oplus$ hot Neptune with a 3.77-day orbit. By analyzing radial velocities obtained from the Keck Planet Finder, we modeled the…

Among the thousands of exoplanets discovered to date, approximately a few hundred gas giants on short-period orbits are classified as "lonely" and only a few are in a multi-planet system with a smaller companion on a close orbit. The…

TOI 1416 (BD+42 2504, HIP 70705) is a V=10 late G or early K-type dwarf star with transits detected by TESS. Radial velocities verify the presence of the transiting planet TOI-1416 b, with a period of 1.07d, a mass of $3.48 M_{Earth}$ and a…

Recent discoveries of Earth-sized planets transiting nearby M dwarfs have made it possible to characterize the atmospheres of terrestrial planets via follow-up spectroscopic observations. However, the number of such planets receiving low…

地球与行星天体物理 · 物理学 2024-05-24 M. Kuzuhara , A. Fukui , J. H. Livingston , J. A. Caballero , J. P. de Leon , T. Hirano , Y. Kasagi , F. Murgas , N. Narita , M. Omiya , Jaume Orell-Miquel , E. Palle , Q. Changeat , E. Esparza-Borges , H. Harakawa , C. Hellier , Yasunori Hori , Kai Ikuta , H. T. Ishikawa , T. Kodama , T. Kotani , T. Kudo , J. C. Morales , M. Mori , E. Nagel , H. Parviainen , V. Perdelwitz , A. Reiners , I. Ribas , J. Sanz-Forcada , B. Sato , A. Schweitzer , H. M. Tabernero , T. Takarada , T. Uyama , N. Watanabe , M. Zechmeister , N. Abreu García , W. Aoki , C. Beichman , V. J. S. Béjar , T. D. Brandt , Y. Calatayud-Borras , I. Carleo , D. Charbonneau , K. A. Collins , T. Currie , J. P. Doty , S. Dreizler , G. Fernández-Rodríguez , I. Fukuda , D. Galán , S. Geraldía-González , J. González-Garcia , Y. Hayashi , C. Hedges , T. Henning , K. Hodapp , M. Ikoma , K. Isogai , S. Jacobson , M. Janson , J. M. Jenkins , T. Kagetani , E. Kambe , Y. Kawai , K. Kawauchi , E. Kokubo , M. Konishi , J. Korth , V. Krishnamurthy , T. Kurokawa , N. Kusakabe , J. Kwon , A. Laza-Ramos , F. Libotte , R. Luque , A. Madrigal-Aguado , Y. Matsumoto , D. Mawet , M. W. McElwain , P. P. Meni Gallardo , G. Morello , S. Mu~noz Torres , J. Nishikawa , S. K. Nugroho , M. Ogihara , A. Pel'aez-Torres , D. Rapetti , M. S'anchez-Benavente , M. Schlecker , S. Seager , E. Serabyn , T. Serizawa , M. Stangret , A. Takahashi , H. Teng , M. Tamura , Y. Terada , A. Ueda , T. Usuda , R. Vanderspek , S. Vievard , D. Watanabe , J. N. Winn , M. R. Zapatero Osorio

The sub-Jovian desert is a region in the mass-period and radius-period parameter space, typically encompassing short-period ranges between super-Earths and hot Jupiters, that exhibits an intrinsic dearth of planets. This scarcity is likely…