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Planet Quest - the search for another Earth
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Key Documents
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      (AAAC Exoplanet
      Task Force)
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      (2007)
Navigator Science Plan
      (2006)
TPF-I Technology Plan
      (2005)
 
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      (2001)
ExNPS (1996)
 

TECHNOLOGY DEVELOPMENT


Technology Plan
TPF-I Technology Plan -
      2005
 
Interferometer Architecture
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      the X-Array
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Nulling Interferometry
State of the Art
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      Testbed
Planet Detection Testbed
Adaptive Nuller Testbed
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      Filters
 
Formation Flying Technology
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Formation Control
      Testbed
SPHERES Guest
      Scientist Program
 
Related Sites
Darwin Project at ESA
Distributed Spacecraft
      Technology
Encyclopedia of
      Exoplanets
OLBIN
 
TPF Newsletter
 
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Overview:
Terrestrial Planet Finder is a suite of two complementary space observatories: a visible-light coronagraph and a mid-infrared formation-flying interferometer. They will detect and characterize Earth-like planets around as many as 150 stars up to 45 light-years away.
Science Goals:
  • Survey nearby stars looking for terrestrial-size planets in the "habitable zone"
  • Follow up brightest candidates with spectroscopy, looking for atmospheric signatures, habitability or life itself
  • Carry out a program of high spatial-resolution astrophysics
Candidate
Technologies:
  • large, passively cooled optics
  • formation flying
  • nulling interferometry
  • precision wavefront control
  • coronagraphs
  • large precision optics for visible wavelenghts
  • Infrared detectors
  • cryocoolers
Launch Vehicles:
Ariane 5, EELV, or Delta IV Heavy
Management:
Jet Propulsion Laboratory of the California Institute of Technology


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