Santos / San Francisco / Tucson / CHARBONNEAU ET / Pasadena / Mount Hopkins / New York / Cambridge / Szeged / /
Company
Olin & D. Deming / D. Deming / A. M. & Sasselov D. D. / S. & Sasselov D. D. / Teukolsky S. A. / Astronomy Inc. / The star / Sasselov D. D. / Fornax Inc. / /
Country
Hungary / /
Currency
pence / IDR / / /
Facility
Francis T. O’Donovan California Institute of Technology / Space Telescope Science Institute / Fort Lowell / Astronomical Observatory / F. L. Whipple Observatory / University of Szeged / Mark E. Everett Planetary Science Institute / /
IndustryTerm
photometric Online material / transitingplanet systems / imaging / planetary systems / linear limb-darkening law / stellar systems / maximum-i solutions / /
Organization
California Institute of Technology / Association of Universities for Research / Harvard / Cambridge Univ. / Space Telescope Science Institute / Kepler Mission / Department of Experimental Physics and Astronomical Observatory / Mark E. Everett Planetary Science Institute / National Aeronautics and Space Administration / American Astronomical Society / Smithsonian Center for Astrophysics / University of Szeged / /
Person
David Charbonneau / Joshua N. Winn / Matthew J. Holman / Robert W. Noyes / Gilbert A. Esquerdo / / /
Position
Mayor / MP / Butler / extinction calibrator / calibrator / certain model for the underlying process / /
Product
Minicam / /
ProvinceOrState
Alabama / North Carolina / California / Arizona / /
PublishedMedium
The Astrophysical Journal / /
Region
East California / /
Technology
Monte Carlo algorithm / 4608 chips / AMOEBA algorithm / /
A The Astrophysical Journal, 636:445–452, 2006 January 1 # 2006. The American Astronomical Society. All rights reserved. Printed in U.S.A. TRANSIT PHOTOMETRY OF THE CORE-DOMINATED PLANET HD 149026b