We present the confirmation and characterization of three hot Jupiters, TOI-118 lb, TOI-1516b, and TOI-2046b, discovered by the "NESS space mission. The reported hot Jupiters have orbital periods between 1.4 and 2.05 d. The masses of the three planets are 1.18 +/- 0.14 Mj, 3.16 +/- 0.12 Mj, and 2.30 +/- 0.28 Mj, for TOI-1181b, TOI-1516b, and TOI-2046b, respectively. The stellar host of TOI-1181b is a F9IV star, whereas TOI-1516b and TOI-2046b orbit F main sequence host stars. The ages of the first two systems are in the range of 2-5 Gyrs. However, TOI-2046 is among the few youngest known planetary systems hosting a hot Jupiter, with an age estimate of 100-400 Myrs. The main instruments used for the radial velocity follow-up of these three planets are located at OndIejov, Tautenburg, and McDonald Observatory, and all three are mounted on 2-3 m aperture telescopes, demonstrating that mid-aperture telescope networks can play a substantial role in the follow-up of gas giants discovered by TESS and in the future by PLATO.

TOI-2046b, TOI-1181b and TOI-1516b, three new hot Jupiters from TESS: planets orbiting a young star, a subgiant and a normal star

Davide Gandolfi;Elisa Goffo;Luisa Maria Serrano;
2022-01-01

Abstract

We present the confirmation and characterization of three hot Jupiters, TOI-118 lb, TOI-1516b, and TOI-2046b, discovered by the "NESS space mission. The reported hot Jupiters have orbital periods between 1.4 and 2.05 d. The masses of the three planets are 1.18 +/- 0.14 Mj, 3.16 +/- 0.12 Mj, and 2.30 +/- 0.28 Mj, for TOI-1181b, TOI-1516b, and TOI-2046b, respectively. The stellar host of TOI-1181b is a F9IV star, whereas TOI-1516b and TOI-2046b orbit F main sequence host stars. The ages of the first two systems are in the range of 2-5 Gyrs. However, TOI-2046 is among the few youngest known planetary systems hosting a hot Jupiter, with an age estimate of 100-400 Myrs. The main instruments used for the radial velocity follow-up of these three planets are located at OndIejov, Tautenburg, and McDonald Observatory, and all three are mounted on 2-3 m aperture telescopes, demonstrating that mid-aperture telescope networks can play a substantial role in the follow-up of gas giants discovered by TESS and in the future by PLATO.
2022
513
4
5955
5972
https://academic.oup.com/mnras/article/513/4/5955/6593406
techniques: radial velocities; techniques: spectroscopic; planets and satellites: detection; stars: individual: TOI-1181, TOI-1516, TOI-2046
Petr Kabath; Priyanka Chaturvedi; Phillip J MacQueen; Marek Skarka; J??n ??ubjak; Massimilliano Esposito; William D Cochran; Salvatore E Bellomo; Raine Karjalainen; Eike W Guenther; Michael Endl; Szil??rd Csizmadia; Marie Karjalainen; Artie Hatzes; Ji???? ????k; Davide Gandolfi; Henri M J Boffin; Jose I Vines; John H Livingston; Rafael A Garc??a; Savita Mathur; Luc??a Gonz??lez-Cuesta; Martin Bla??ek; Douglas A Caldwell; Knicole D Col??n; Hans Deeg; Anders Erikson; Vincent Van Eylen; William Fong; Malcolm Fridlund; Akihiko Fukui; G??bor F??r??sz; Robert F Goeke; Elisa Goffo; Steve Howell; Jon M Jenkins; Peter Klagyivik; Judith Korth; David W Latham; Rafael Luque; Dan Moldovan; Felipe Murgas; Norio Narita; Jaume Orell-Miquel; Enric Palle; Hannu Parviainen; Carina M Persson; Phillip A Reed; Seth Redfield; George R Ricker; Sara Seager; Luisa Maria Serrano; Avi Shporer; Alexis M S Smith; Noriharu Watanabe; Joshua N Winn
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2318/1948612
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