SAXO

E668445

SAXO is an advanced adaptive optics system designed to correct atmospheric distortions and sharpen astronomical images for the SPHERE instrument on the Very Large Telescope.

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Statements (38)

Predicate Object
instanceOf adaptive optics system
astronomical instrumentation subsystem
acronymFor SPHERE Adaptive optics for eXoplanet Observation NERFINISHED
applicationDomain circumstellar disk studies
exoplanet science
stellar astrophysics
correctionType extreme adaptive optics
designedFor SPHERE instrument
developmentContext VLT second-generation instrumentation NERFINISHED
enablesCapability coronagraphic imaging
polarimetric differential imaging
spectral differential imaging
fieldOfUse ground-based astronomy
fullName SPHERE Adaptive optics for eXoplanet Observation NERFINISHED
hostInstrumentMode SPHERE/IFS NERFINISHED
SPHERE/IRDIS NERFINISHED
hostInstrumentMode SPHERE/ZIMPOL NERFINISHED
hostTelescope VLT UT3 Melipal NERFINISHED
installedAt Paranal Observatory NERFINISHED
installedOn Very Large Telescope NERFINISHED
locatedOnTelescopeUnit VLT Unit Telescope 3 NERFINISHED
observatory ESO Paranal Observatory NERFINISHED
observingWavelengthRange near-infrared
visible
operatedBy European Southern Observatory NERFINISHED
optimizedFor exoplanet detection
high-contrast imaging
partOf SPHERE
primaryPurpose correct atmospheric distortions
sharpen astronomical images
scienceGoal direct imaging of exoplanets
high-contrast imaging of circumstellar environments
telescopeAperture 8.2-metre class
usesComponent high-order deformable mirror
real-time computer
tip-tilt mirror
wavefront sensor
wavefrontSensorType Shack–Hartmann wavefront sensor NERFINISHED

Referenced by (1)

Full triples — surface form annotated when it differs from this entity's canonical label.

SPHERE hasSubsystem SAXO