Planetary transit candidates in the CoRoT LRa01 field

@article{Carone2009PlanetaryTC,
  title={Planetary transit candidates in the CoRoT LRa01 field},
  author={Ludmila Carone and Davide Gandolfi and J. Cabrera and A. P. Hatzes and H. J. Deeg and Sz. Csizmadia and Martin Paetzold and Jorg Weingrill and Suzanne Aigrain and Roi Alonso and Aude Alapini and J. M. Almenara and Michel Auvergne and Annie Baglin and Pierre Barge and Aldo S Bonomo and P. Bord'e and François Bouchy and Hans Bruntt and Stefania Carpano and William D. Cochran and Magali Deleuil and Rodrigo F. D'iaz and Stefan Dreizler and Rudolf Dvorak and Jochen Eisloeffel and Philipp Eigmueller and Michael Endl and Anders Erikson and Sylvio Ferraz-Mello and Malcolm Fridlund and J. C. Gazzano and Neale P. Gibson and Micha{\"e}l Gillon and Ph. Gondoin and Sascha Grziwa and E W Guenther and Tristan Guillot and Michael Hartmann and Mathieu Havel and Guillaume H'ebrard and Laurent Jorda and Petr Kabath and Alain L'eger and Antoine Llebaria and Helmut Lammer and C. Lovis and Phillip J. MacQueen and Michel Mayor and Tsevi Mazeh and Claire Moutou and Lisa Nortmann and Aviv Ofir and Marc Ollivier and Hannu Parviainen and Francesco A. Pepe and Fr'ed'eric Pont and Didier Queloz and Markus Rabus and Heike Rauer and Clara R'egulo and S. Renner and Ramiro de la Reza and Daniel Rouan and Alexandre Santerne and Benjamin Samuel and Jodi Schneider and Avi Shporer and B. Stecklum and L. Tal-Or and Brandon Tingley and St{\'e}phane Udry and G{\"u}nther Wuchterl},
  journal={Astronomy and Astrophysics},
  year={2009},
  volume={538},
  pages={491-500}
}
Context. The space mission CoRoT is devoted to the analysis of stellar variability and the photometric detection of extrasolar planets. Aims. We present the list of planetary transit candidates detected in the first short run observed by CoRoT that targeted SRc01, towards the Galactic center in the direction of Aquila, which lasted from April to May 2007. Methods. Among the acquired data, we analyzed those for 1269 sources in the chromatic bands and 5705 in the monochromatic band. Instrumental… Expand
CoRoT: Harvest of the exoplanet program
One of the objectives of the CoRoT mission is the search for transiting extrasolar planets using high-precision photometry, and the accurate characterization of their fundamental parameters. TheExpand
The rotation of field stars from CoRoT data
We present period measurements of a large sample of field stars in the solar neighbourhood, observed by the COnvection ROtation and planetary Transits (CoRoT) satellite in two different directions ofExpand
Limits to the presence of transiting circumbinary planets in CoRoT data
The CoRoT mission during its flight-phase 2007-2012 delivered the light-curves for over 2000 eclipsing binaries. Data from the Kepler mission have proven the existence of several transitingExpand
Planets, candidates, and binaries from the CoRoT/Exoplanet programme. The CoRoT transit catalogue
The CoRoT space mission observed 163 665 stars over 26 stellar fields in the faint star channel. The exoplanet teams detected a total of 4123 transit-like features in the 177 454 light curves. WeExpand
Detection of Neptune-size planetary candidates with CoRoT data. Comparison with the planet occurrence rate derived from Kepler
Context. The CoRoT space mission has been searching for transiting planets since the end of December 2006. It has led to the detection of about twenty Jupiter-size planets and three planets withExpand
K2-111 b − a short period super-Earth transiting a metal poor, evolved old star
Context. From a light curve acquired through the K2 space mission, the star K2-111(EPIC 210894022) has been identified as possibly orbited by a transiting planet. Aims: Our aim is to confirm theExpand
Rate and nature of false positives in the CoRoT exoplanet search
Context. The CoRoT satellite searches for planets by applying the transit method, monitoring up to 12 000 stars in the galactic plane for 150 days in each observing run. This search is contaminatedExpand
Multi-object spectroscopy of stars in the CoRoT fields II: The stellar population of the CoRoT fields IRa01, LRa01, LRa02, and LRa06
With now more than 20 exoplanets discovered by CoRoT, it has often been considered strange that so many of them are orbiting F-stars, and so few of them K or M-stars. Although transit search programsExpand
The power of low-resolution spectroscopy: On the spectral classification of planet candidates in the ground-based CoRoT follow-up
Planetary transits detected by the CoRoT mission can be mimicked by a low-mass star in orbit around a giant star. Spectral classification helps to identify the giant stars and also early-type starsExpand
High Angular Resolution Imaging And Infrared Spectroscopy Of CoRoT Candidates
Context. Studies of transiting extrasolar planets are of key importance for understanding the nature of planets outside our solar system because their masses, diameters, and bulk densities can beExpand
...
1
2
3
...

References

SHOWING 1-10 OF 118 REFERENCES
Planetary transit candidates in the CoRoT initial run: resolving their nature
With the release of CoRoT lightcurves of the Initial Run IRa01, 50 transiting planetary candidates have been published in a companion paper. About twenty of them were identified as binary stars fromExpand
The first planets discovered from space with the CoRoT mission†
  • P. Barge
  • Physics
  • Proceedings of the International Astronomical Union
  • 2008
Abstract The pioneer space mission for photometric planet searches CoRoT continuously monitors about 12,000 stars in each of its fields of view. Thanks to the so-called “alarm mode”, transitExpand
Transiting exoplanets from the CoRoT space mission. II. CoRoT-Exo-2b: a transiting planet around an
Context. The CoRoT mission, a pioneer in exoplanet searches from space, has completed its first 150 days of continuous observations of ∼12 000 stars in the galactic plane. An analysis of the raw dataExpand
Transiting exoplanets from the CoRoT space mission. VII. The ``hot-Jupiter''-type planet CoRoT-5b
Aims. The CoRoT space mission continues to photometrically monitor about 12 000 stars in its field-of-view for a series of target fields to search for transiting extrasolar planets ever since 2007.Expand
Transiting exoplanets from the CoRoT space mission VIII. CoRoT-7b: the first Super-Earth with measured radius
Aims. We report the discovery of very shallow (ΔF/F ≈ 3.4× 10 −4 ), periodic dips in the light curve of an active V = 11.7 G9V star observed by the CoRoT satellite, which we interpret as caused by aExpand
Transiting exoplanets from the CoRoT space mission. I. CoRoT-Exo-1b: a low-density short-period plan
Context. The pioneer space mission for photometric planet searches, CoRoT, steadily monitors about 12,000 stars in each of its fields of view; it is able to detect transit candidates early in theExpand
Identification of Variable Stars in CoRoT's First Main Observing Field (LRc1)
The COROT space mission will monitor several target fields for up to 150 days to perform asteroseismology and to search for extrasolar planets by photometric transits. Variable stars in the targetExpand
Characterization of COROT Target Fields with BEST: Identification of Periodic Variable Stars in the IR01 Field
We report on observations of the COROT IR01 field with the Berlin Exoplanet Search Telescope (BEST). BEST is a small-aperture telescope with a wide field of view (FOV). It is dedicated to searchingExpand
CHARACTERIZATION OF CoRoT TARGET FIELDS WITH BERLIN EXOPLANET SEARCH TELESCOPE. II. IDENTIFICATION OF PERIODIC VARIABLE STARS IN THE LRc2 FIELD
We report on photometric observations of the CoRoT LRc2 field with the new robotic Berlin Exoplanet Search Telescope II (BEST II). The telescope system was installed and commissioned at theExpand
The BAST algorithm for transit detection
Context. The pioneer space mission for photometric exoplanet searches, CoRoT, steadily monitors about 12 000 stars in each of its fields of view. Transit detection algorithms are applied to deriveExpand
...
1
2
3
4
5
...