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J 2 J. MICHAEL SHl:LL , HARLEY A. THRO:SOX, JR. , A:'>D S. ALAN STER:3 I University of Colorado, Dept. of Astrophysical. Planetary, &. Atmospheric Sciences 2 University of Wyoming and KASA Headquarters, Code SR 3 Southwest Research Institute, Boulder Office On May 15-17. 1995, three Rocky Motultain research institutions hosted a confererJce to dis cuss the scientific basis, teclmological options, and programmatic implications of a large-scale effort to find and study Earth-like planets outside the Solar System. Our workshop attracted scientists, erJgineers, space agency administrators, and the public media to discuss and debate the most promising teclmological options and opportunities. Major programs and proposals to search for and study exo-planets were preserJted and discussed. In addition, our meeting - incided ·with NASA's "roadmap" study for the Exploration of Neighboring Planetary Systems (~"'PS). Our meeting was the first international confererJce on this subject, affording an op portunity for several members of this study to participate in the debates over new technologies. Our meeting proyed to be timely. Shortly thereafter, in late 199·5 and early 1996, two groups of astronomers annotulced the first discoveries of planetary companions to nearby stars. using high-precision radial velocity measuremerJts to detect the gravitational reflex motion of the star. The first three detections include a Jupiter-mass companion to the solar-like star. 51 Pegasi, and two remarkable objects of mass at least 2. 3 and 6.
J 2 J. MICHAEL SHl:LL , HARLEY A. THRO:SOX, JR. , A:'>D S. ALAN STER:3 I University of Colorado, Dept. of Astrophysical. Planetary, &. Atmospheric Sciences 2 University of Wyoming and KASA Headquarters, Code SR 3 Southwest Research Institute, Boulder Office On May 15-17. 1995, three Rocky Motultain research institutions hosted a confererJce to dis cuss the scientific basis, teclmological options, and programmatic implications of a large-scale effort to find and study Earth-like planets outside the Solar System. Our workshop attracted scientists, erJgineers, space agency administrators, and the public media to discuss and debate the most promising teclmological options and opportunities. Major programs and proposals to search for and study exo-planets were preserJted and discussed. In addition, our meeting - incided ·with NASA's "roadmap" study for the Exploration of Neighboring Planetary Systems (~"'PS). Our meeting was the first international confererJce on this subject, affording an op portunity for several members of this study to participate in the debates over new technologies. Our meeting proyed to be timely. Shortly thereafter, in late 199·5 and early 1996, two groups of astronomers annotulced the first discoveries of planetary companions to nearby stars. using high-precision radial velocity measuremerJts to detect the gravitational reflex motion of the star. The first three detections include a Jupiter-mass companion to the solar-like star. 51 Pegasi, and two remarkable objects of mass at least 2. 3 and 6.
Preface.- Planetary Atmosphere Evolution: Do Other Habitable Planets Exist and Can we Detect Them?.- Ways that Our Solar System Helps Us Understand the Formation of Other Planetary Systems and Ways that it Doesn’t.- Photometric Search for Extrasolar Planets.- Radial Velocity Searches for Other Planetary Systems: Current Status and Future Prospects.- Demonstration of Photon-Noise Limit in Stellar Radial Velocities.- Aspects of Astrometric Searches for Other Planetary Systems.- Astrometric Detection of Earth-Like Planets with OSI.- Astrometry from Space: GAIA and Planet Detection.- Ground-Based Interferometry.- FRESIP: A Mission to Determine the Character and Frequency of Extra-Solar Planets Around Solar-Like Stars.- The Darwin Project.- Public Involvement in Extra-Solar Planet Detection.
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