Draper / Lockheed Martin / Boston Micromachines Corporation / Jet Propulsion Laboratory / Xinetics Inc. / Deployment & Tolerance Coronagraph Instrument Technologies / ITT / EPIC / Northrop Grumman Corporation / OPTICS AND MIRROR TECHNOLOGIES / Ge / NGST / /
Currency
USD / / /
Facility
University of Colorado Mark Clampin / Hertzberg Institute / Several laboratory / American Museum of Natural History Nelson Pedreiro / University of Arizona Sara Heap / University of Colorado / University of California Los Angeles Larry Dewell / University of Florida Amir Give’On / University of Arizona Jean Schneider / Museum of Natural History David Spergel / California Institute / University of Arizona Steve Kilston / /
IndustryTerm
direct imaging exoplanet missions / exoplanet imaging technologies / technology options / direct optical imaging / space imaging missions / technology development / direct imaging / exoplanet direct imaging mission / magnetic devices / technology funds / main enabling technologies / imaging / manufacturing processes / Mechanical deployment technology / giant gas planets / mirror figure technology / isolation systems / manufacturing / numerical solutions / segmented deformable mirror technology / control algorithms / passive isolation systems / observatory systems / technology plan / lifecycle technology / exoplanet direct imaging technology program / coronagraph instrument technologies / large systems / starlight suppression technology demonstration / technology program / fabrication technology / technology maturity / visible starlight suppression technology / precision infrastructure / visible imaging coronagraphic concept / technology challenges / mirror technology maturity / optical imaging / /
MusicGroup
Hybrid / /
OperatingSystem
Macintosh / /
Organization
University of California / Space Flight Center / Lawrence Livermore National Lab. / Princeton University / Space Telescope Science Institute / NASA Ames Research Center / Hertzberg Institute / California Institute of Technology / Cornell / University of Colorado / Penn State University / Observatoire de Paris / Exoplanet Task Force / National Aeronautics and Space Administration / NASA Goddard Space Flight Center / University of Florida / University of Arizona / /
Person
Adam Burrows / Ben Mazin / Paul Bierden / Gary Matthews / Chuck Lillie / Bruce Macintosh / Eric Cady / Volker Tolls / Karl Stapelfeldt / Marc Postman / Jian Ge / Andy Klavins / Michael Shao / Stephen Ridgway / Henry Fergusson / Glenn Schneider / Gary Mosier / James Lloyd / Ben R. Oppenheimer / Wesley Traub / Lawrence Livermore / Sean McCully / Jon Arenberg / Mark Marley / Costas Cossapakis / Gene Serabyn / Chris Burrows / Anthony Boccaletti / Dimitri Mawet / Matthew Kenworthy / John Krist / John Trauger / Benjamin Lane / Stuart Shaklan / Ian Crossfield / Jeremy Kasdin / Olivier Guyon / Jeff Wynn / Amy Lo / Charley Noecker / Marc Kuchner / Anand Sivaramakrishnan / Laurent Pueyo / Robert J. Vanderbei / Aki Roberge / Jean Schneider / Marie Levine / / /
Position
EXECUTIVE / representative / /
ProgrammingLanguage
K / /
ProvinceOrState
Arizona / Colorado / /
PublishedMedium
Astronomy and Astrophysics / /
Technology
exoplanet direct imaging mission The technology / high TRL technology / Mechanical deployment technology / mirror figure technology / MEMS / control algorithms / DM technologies / visible starlight suppression technology / fabrication technology / broadband / segmented deformable mirror technology / main technologies / lifecycle technology / laser / dielectric / coronagraph instrument technologies / main enabling technologies / direct exoplanet imaging technologies / simulation / /
Overview of Technologies for Direct Optical Imaging of Exoplanets March 26, 2009