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The discovery and mass measurement of a new ultra-short-period planet: EPIC~228732031b

by Wang, Sharon X , Livingston, John , Vincent Van Eylen , Rauer, Heike , BarragÁn, Oscar , Nowak, Grzegorz , Hatzes, Artie P , Hirano, Teruyuki , Antoniciello, Giuliano , Csizmadia, SzilÁrd , Dieterich, Sergio B , Wittenmyer, Robert A , Deeg, Hans , Smith, Alexis M s , Winn, Joshua N , Hirsch, Lea A , Fridlund, Malcolm , Henry, Gregory W , Arriagada, Pamela , Thompson, Ian B , Guenther, Eike W , John Asher Johnson , Pilar MontaÑÉs RodrÍguez , Dai, Fei , Narita, Norio , Erikson, Anders , Kuzuhara, Masayuki , Justesen, Anders Bo , PÄtzold, Martin , Cabrera, Juan , Prieto-arranz, Jorge , Nespral, David , Korth, Judith , Albrecht, Simon , Howell, Steve B , Endl, Michael , Burt, Jennifer , Johnson, Marshall C , Cochran, William D , Cusano, Felice , Grziwa, Sascha , Gandolfi, Davide , Shectman, Stephen A , Everett, Mark E , Palle, Enric , EigmÜller, Philipp , Vanderburg, Andrew , Butler, R p , Crane, Jeffrey D , Persson, Carina M , Fukui, Akihiko , Williamson, Michael W , Teske, Johanna K , Alonso, Roi

in Gaussian process / Photometry / Planetary mass / Stellar activity

2017

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The discovery and mass measurement of a new ultra-short-period planet: EPIC~228732031b

in Gaussian process / Photometry / Planetary mass / Stellar activity

2017

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The discovery and mass measurement of a new ultra-short-period planet: EPIC~228732031b

in Gaussian process / Photometry / Planetary mass / Stellar activity

2017

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Paper

The discovery and mass measurement of a new ultra-short-period planet: EPIC~228732031b

Wang, Sharon X,

Livingston, John,

Vincent Van Eylen,

Rauer, Heike,

BarragÁn, Oscar,

Nowak, Grzegorz,

Hatzes, Artie P,

Hirano, Teruyuki,

Antoniciello, Giuliano,

Csizmadia, SzilÁrd,

Dieterich, Sergio B,

Wittenmyer, Robert A,

Deeg, Hans,

Smith, Alexis M s,

Winn, Joshua N,

Hirsch, Lea A,

Fridlund, Malcolm,

Henry, Gregory W,

Arriagada, Pamela,

Thompson, Ian B,

Guenther, Eike W,

John Asher Johnson,

Pilar MontaÑÉs RodrÍguez,

Dai, Fei,

Narita, Norio,

Erikson, Anders,

Kuzuhara, Masayuki,

Justesen, Anders Bo,

PÄtzold, Martin,

Cabrera, Juan,

Prieto-arranz, Jorge,

Nespral, David,

Korth, Judith,

Albrecht, Simon,

Howell, Steve B,

Endl, Michael,

Burt, Jennifer,

Johnson, Marshall C,

Cochran, William D,

Cusano, Felice,

Grziwa, Sascha,

Gandolfi, Davide,

Shectman, Stephen A,

Everett, Mark E,

Palle, Enric,

EigmÜller, Philipp,

Vanderburg, Andrew,

Butler, R p,

Crane, Jeffrey D,

Persson, Carina M,

Fukui, Akihiko,

Williamson, Michael W,

Teske, Johanna K,

Alonso, Roi

2017

Overview

We report the discovery of a new ultra-short-period planet and summarize the properties of all such planets for which the mass and radius have been measured. The new planet, EPIC~228732031b, was discovered in {\\it K2} Campaign 10. It has a radius of 1.81\\(^{+0.16}_{-0.12}~R_{\\oplus}\\) and orbits a G dwarf with a period of 8.9 hours. Radial velocities obtained with Magellan/PFS and TNG/HARPS-N show evidence for stellar activity along with orbital motion. We determined the planetary mass using two different methods: (1) the \"floating chunk offset\" method, based only on changes in velocity observed on the same night, and (2) a Gaussian process regression based on both the radial-velocity and photometric time series. The results are consistent and lead to a mass measurement of \\(6.5 \\pm 1.6~M_{\\oplus}\\), and a mean density of \\(6.0^{+3.0}_{-2.7}\\)~g~cm\\(^{-3}\\).

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