نتایج جستجو برای: kepler

تعداد نتایج: 3116  

2015
Avi Shporer Renyu Hu

We identify three Kepler transiting planets, Kepler-7b, Kepler-12b, and Kepler-41b, whose orbital phase-folded light curves are dominated by planetary atmospheric processes including thermal emission and reflected light, while the impact of non-atmospheric (i.e. gravitational) processes, including beaming (Doppler boosting) and tidal ellipsoidal distortion, is negligible. Therefore, those syste...

2008
Guowu Meng

The Kepler problem is perhaps the most well-known physics problem in the last three centuries. The MICZ-Kepler problems are its natural cousins. While the Kepler problem exists obviously in high dimensions, only the 5-dimensional analogues of the MICZ-Kepler problems were discovered previously. In this paper, we demonstrate that the quantum MICZ-Kepler problems do exist in all dimensions greate...

2013
Geoffrey W. Marcy Jason F. Rowe Leslie Rogers Guillermo Torres Francois Fressin Eric D. Lopez Ronald L. Gilliland Lars A. Buchhave Jørgen Christensen-Dalsgaard Jean-Michel Désert Howard Isaacson Jon M. Jenkins Jack J. Lissauer William J. Chaplin Sarbani Basu Travis S. Metcalfe Yvonne Elsworth Rasmus Handberg Saskia Hekker Daniel Huber Christoffer Karoff Hans Kjeldsen Mikkel N. Lund Mia Lundkvist Andrea Miglio David Charbonneau Eric B. Ford Jonathan J. Fortney Michael R. Haas Andrew W. Howard Steve B. Howell Darin Ragozzine Susan E. Thompson

NASA’s Kepler Mission has revealed two transiting planets orbiting Kepler-68. Follow-up Doppler measurements have established the mass of the innermost planet and revealed a third jovian-mass planet orbiting beyond the two transiting planets. Kepler-68b, in a 5.4 day orbit, has MP = 8.3 +2.2 −2.4 M⊕, RP = 2.31 +0.06 −0.09 R⊕, and ρP = 3.32 +0.86 −0.98 g cm , giving Kepler-68b a density intermed...

2014
Dawn M. Gelino Stephen R. Kane

The Kepler mission has allowed the detection of numerous multi-planet exosystems where the planetary orbits are relatively compact. The first such system detected was Kepler-11 which has six known planets at the present time. These kinds of systems offer unique opportunities to study constraints on planetary albedos by taking advantage of both the precision timing and photometry provided by Kep...

2011
Jean-Michel Désert David Charbonneau Jonathan J. Fortney Nikku Madhusudhan Heather A. Knutson François Fressin Drake Deming William J. Borucki Timothy M. Brown Douglas Caldwell Eric B. Ford Ronald L. Gilliland David W. Latham Geoffrey W. Marcy Sara Seager

This paper reports the detection and the measurements of occultations of the two transiting hot giant exoplanets Kepler-5b and Kepler-6b by their parent stars. The observations are obtained in the near-infrared with Warm-Spitzer Space Telescope and at optical wavelengths by combining more than a year of Kepler photometry. The investigation consists of constraining the eccentricities of these sy...

2013
K Dwarf Kepler David Charbonneau Francois Fressin Guillermo Torres Jonathan Irwin Jean-Michel Desert Elisabeth Newton Sarah Ballard Andrew W. Mann David R. Ciardi Justin R. Crepp Christopher E. Henze Stephen T. Bryson Steven B. Howell Elliott P. Horch Mark E. Everett Avi Shporer

We present the validation and characterization of Kepler-61b: a 2.15 R⊕ planet orbiting near the inner edge of the habitable zone of a low-mass star. Our characterization of the host star Kepler-61 is based upon a comparison with a set of spectroscopically similar stars with directly measured radii and temperatures. We apply a stellar prior drawn from the weighted mean of these properties, in t...

2016
AROUND KEPLER Lauren M. Weiss Leslie A. Rogers Howard T. Isaacson Eric Agol Geoffrey W. Marcy Jason F. Rowe David Kipping Benjamin J. Fulton Jack J. Lissauer Andrew W. Howard Daniel Fabrycky

Determining which small exoplanets have stony-iron compositions is necessary for quantifying the occurrence of such planets and for understanding the physics of planet formation. Kepler-10 hosts the stony-iron world Kepler-10b, and also contains what has been reported to be the largest solid silicateice planet, Kepler-10c. Using 220 radial velocities (RVs), including 72 precise RVs from Keck-HI...

2008
Guowu Meng

The Kepler problem is a physical problem about two bodies which attract each other by a force proportional to the inverse square of the distance. The MICZ-Kepler problems are its natural cousins and have been previously generalized from dimension three to dimension five. In this paper, we construct and analyze the (quantum) MICZ-Kepler problems in all dimensions higher than two.

2012
Daniel C. Fabrycky Eric B. Ford Joshua A. Carter Jean-Michel Désert Francois Fressin Matthew J. Holman Jason H. Steffen Jack J. Lissauer Althea V. Moorhead Jason F. Rowe Darin Ragozzine William F. Welsh Natalie M. Batalha William J. Borucki Lars A. Buchhave Steve Bryson Douglas A. Caldwell David Charbonneau David R. Ciardi William D. Cochran Michael Endl Mark E. Everett Thomas N. Gautier Ron L. Gilliland Forrest R. Girouard Jon M. Jenkins Elliott Horch Steve B. Howell Howard Isaacson Todd C. Klaus David G. Koch David W. Latham Jie Li Philip Lucas Phillip J. MacQueen Geoffrey W. Marcy Sean McCauliff Christopher K. Middour Robert L. Morris Fergal R. Mullally Samuel N. Quinn Elisa V. Quintana Avi Shporer Martin Still Peter Tenenbaum Susan E. Thompson Joseph D. Twicken Jeffery Van Cleve

We present a method to confirm the planetary nature of objects in systems with multiple transiting exoplanet candidates. This method involves a FourierDomain analysis of the deviations in the transit times from a constant period that result from dynamical interactions within the system. The combination of observed anti-correlations in the transit times and mass constraints from dynamical stabil...

2012
Jason H. Steffen Daniel C. Fabrycky Eric B. Ford Joshua A. Carter Jean-Michel Désert Francois Fressin Matthew J. Holman Jack J. Lissauer Althea V. Moorhead Jason F. Rowe Darin Ragozzine William F. Welsh Natalie M. Batalha William J. Borucki Lars A. Buchhave Steve Bryson Douglas A. Caldwell David Charbonneau David R. Ciardi William D. Cochran Michael Endl Mark E. Everett Thomas N. Gautier Ron L. Gilliland Forrest R. Girouard Jon M. Jenkins Elliott Horch Steve B. Howell Howard Isaacson Todd C. Klaus David G. Koch David W. Latham Jie Li Philip Lucas Phillip J. MacQueen Geoffrey W. Marcy Sean McCauliff Christopher K. Middour Robert L. Morris Fergal R. Mullally Samuel N. Quinn Elisa V. Quintana Avi Shporer Martin Still Peter Tenenbaum Susan E. Thompson Joseph D. Twicken Jeffery Van Cleve

We present a method to confirm the planetary nature of objects in systems with multiple transiting exoplanet candidates. This method involves a Fourier-domain analysis of the E-mail: [email protected] †Hubble Fellow. C © 2012 Fermi Research Alliance LLC, Contractor for the U.S. Dept of Energy Monthly Notices of the Royal Astronomical Society C © 2012 RAS Kepler planetary systems 25–28 2343 devi...

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