SIM PlanetQuest: The Most Promising Near-Term Technique to Detect, Find Masses, and Determine Three-Dimensional Orbits of Nearby Habitable Planets
astro-ph
/ Authors
M. Shao, G. Marcy, S. Unwin, R. Allen, C. Beichman, J. Catanzarite, B. Chaboyer, D. Ciardi, S. J. Edberg, D. Gallagher
and 15 more authors
A. Gould, T. Henry, K. Johnston, S. Kulkarni, N. Law, S. Majewski, J. Marr, N. Law, X. Pan, S. Shaklan, E. Shaya, A. Tanner, J. Tomsick, A. Wehrle, G. Worthey
/ Abstract
The past two Decadal Surveys in Astronomy and Astrophysics recommended the completion of a space-based interferometry mission, known today as SIM PlanetQuest, for its unique ability to detect and characterize nearby rocky planets (Bahcall 1991, McKee & Taylor 2001), as well as contributions to a broad range of problems in astrophysics. Numerous committees of the National Research Council as well as NASA Roadmaps have similarly highlighted SIM as the one technology that offers detection and characterization of rocky planets around nearby stars and which is technically ready. To date, SIM remains the only program with the capability of detecting and confirming rocky planets in the habitable zones of nearby solar-type stars. Moreover, SIM measures masses and three-dimensional orbits of habitable planets around nearby stars (within 25 pc); these are the only stars for which follow-up by other techniques is feasible, such as space-based spectroscopy, ground-based interferometry, and of course TPF.