Tight constraints on the existence of additional planets around HD 189733

Monthly Notices of the Royal Astronomical Society

Volumn 403, Issue 4, 2010, Pages 2111-2119

  Hrudkova M ^a,b,c   Skillen, I ^b   Benn, C R ^b   Gibson, N P ^d,e   Pollacco, D ^d   Nesvornya D ^f   Augusteijn, T ^g   Tulloch, S M ^b   Joshi, Y C ^d,h  

^a CHARLES UNIVERSITY   (Czech Republic)

^b ISAAC NEWTON GROUP OF TELESCOPES   (Spain)

^c THÜRINGER LANDESSTERNWARTE TAUTENBURG   (Germany)

^d QUEEN'S UNIVERSITY BELFAST   (United Kingdom)

^e UNIVERSITY OF EXETER   (United Kingdom)

^f SOUTHWEST RESEARCH INSTITUTE   (United States)

^g NORDIC OPTICAL TELESCOPE   (Spain)

^h ARYABHATTA RESEARCH INSTITUTE OF OBSERVATIONAL SCIENCES ARIES   (India)

Author keywords

Planetary systems; Stars: individual: HD 189733; Techniques: photometric

Indexed keywords

INTELLIGENT SYSTEMS; MARKOV PROCESSES; MONTE CARLO METHODS; ORBITS; SATELLITES;

EARTH MASS; MARKOV CHAIN MONTE CARLO SIMULATION; PLANETARY SYSTEM; STAR: INDIVIDUAL: HD 189733; STARS: INDIVIDUAL: PROXIMA CENTAURI; SYSTEMS PARAMETERS; TECHNIQUES: PHOTOMETRIC; TRANSIT TIMING; UNCERTAINTY; WILLIAM HERSCHEL TELESCOPES;

PLANETS;

EID: 77953054183     PISSN: 00358711     EISSN: 13652966     Source Type: Journal    
DOI: 10.1111/j.1365-2966.2010.16247.x     Document Type: Article

References (35)

1. Agol E, Steffen J H, Sari R, Clarkson W. MNRAS 2005, 359:567.
2. Agol E, Cowan N B, Bushong J, Knutson H A, Charbonneau D, Deming D, Steffen J H. Transiting Planets 2009, 209. Pont F, Sasselov D, Holman M, in, eds, Cambridge Univ. Press, Cambridge, p
3. Bakos G A, Pál A, Latham D W, Noyes R W, Stefanik R P. ApJ 2006a, 641:L57.
4. Bakos G A, Knutson H A, Pont F. ApJ 2006b, 650:1160.
5. Bouchy F, Udry S, Mayor M. A&A 2005, 444:L15.
6. Claret A. A&A 2000, 363:1081.
7. Croll B, Matthews J M, Rowe J F. ApJ 2007, 671:2129.
8. Ford E B. AJ 2005, 129:1706.
9. Ford E B. ApJ 2006, 642:505.
10. Ford E B, Holman M J. ApJ 2007, 664:L51.
11. Gelman A, Rubin D B. Stat. Sci. 1992, 7:457.
12. Gelman A, Carlin J B, Stern H S, Rubin D B. Bayesian Data Analysis 2003, Chapman & Hall, New York
13. Gibson N P, Pollacco D, Simpson E K. ApJ 2009, 700:1078.
14. Gibson N P, Pollacco D, Barros S. MNRAS 2010, 401:1917.
15. Gillon M, Pont F, Moutou C, Bouchy F, Courbin F, Sohy S, Magain P. A&A 2006, 459:249.
16. Gladman B. Icarus 1993, 106:247.
17. Heyl J S, Gladman B J. MNRAS 2007, 377:1511.
18. Holman M J, Murray N W. Sci 2005, 307:1288.
19. Holman M J, Winn J N, Latham D W. ApJ 2006, 652:1715.
20. Kipping D M. MNRAS 2009, 392:181.
21. Knutson H A, Charbonneau D, Cowan N B. ApJ 2009, 690:822.
22. Madhusudhan N, Winn J N. ApJ 2009, 693:784.
23. Mandel K, Agol E. ApJ 2002, 580:L171.
24. Miller-Ricci E, Rowe J F, Sasselov D. ApJ 2008, 682:593.
25. Miralda-Escudé J. ApJ 2002, 564:1019.
26. Murray C D, Dermott S F. Solar System Dynamics 2000, Cambridge, UK, Cambridge Univ. Press
27. Narita N, Enya K, Sato B. PASJ 2007, 59:763.
28. Nesvorný D. ApJ 2009, 701:1116.
29. Pont F, Gilliland R L, Moutou C. A&A 2007, 476:1347.
30. Press W H, Teukolsky S A, Vetterling W T, Flannery B P. Numerical recipes 1992, Cambridge Univ. Press, Cambridge
31. Rasio F A, Tout C A, Lubow S H, Livio M. ApJ 1996, 470:1187.
32. Sartoretti P, Schneider J. A&AS 1999, 134:553.
33. Steffen J H, Agol E. MNRAS 2005, 364:L96.
34. Tegmark M, Strauss M A, Blanton M R. Phys. Rev. D 2004, 69:103501.
35. Winn J N, Holman M J, Henry G W. AJ 2007, 133:1828.