Strasbourg / Washington / DC / Santiago / Nashville / Santa Cruz / /
Company
Eaton / the Sun / Wolf A. S. / Ford / /
Country
Chile / United States / Australia / United Kingdom / / /
Facility
Paris Observatory / Tennessee State University / College Lane / University of Hertfordshire / Hall J. C. / Naval Observatory / Fairborn observatory / University of NSW / Anglo-Australian Observatory / Hall D. S. / UCO/Lick Observatory / California Institute of Technology / University of Southern Queensland / University of California / Hall et al. / W. M. Keck Observatory / /
IndustryTerm
fit solution / multiplanet systems / double planet solution / direct imaging / exoplanetary systems / resolution imaging systems / planet solution / imaging / planetary systems / similar solutions / orbital solution / longer period solutions / image processing / data processing procedures / travel support / planet search programmes / exoplanet solution / /
NaturalFeature
Mauna Kea / /
OperatingSystem
Macintosh / /
Organization
California Institute of Technology / Department of Astronomy and Astrophysics / National Science Foundation / School of Physics / Tennessee State University / Yale / Australian government / University of NSW / University of Southern Queensland / Department of Astronomy / Universidad de Chile / Faculty of Sciences / Centre for Astrophysics Research / National Aeronautics and Space Administration / University of Hertfordshire / Department of Astrophysics / Department of Terrestrial Magnetism / University of California at Santa Cruz / United States Nautical Almanac Office / Center of Excellence / Institution of Washington / /
Person
Nat / Julian Dates / Hugh R. A. Jones / Table / Figure / /
Mon. Not. R. Astron. Soc. 403, 1703–doi:j16232.x A long-period planet orbiting a nearby Sun-like star Hugh R. A. Jones,1 R. Paul Butler,2 C. G. Tinney,3 Simon O’Toole,1,4