CHARIS

E440268

CHARIS is a high-contrast near-infrared integral field spectrograph used on the Subaru Telescope to directly image and study exoplanets and faint astronomical objects near bright stars.

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Predicate Object
instanceOf astronomical instrument
high-contrast imaging instrument
integral field spectrograph
near-infrared spectrograph
acronymFor Coronagraphic High Angular Resolution Imaging Spectrograph NERFINISHED
dataProduct broad wavelength coverage in a single exposure
low-resolution spectra of exoplanets
spatially resolved spectra
three-dimensional data cubes
designedFor coronagraphic observations
high angular resolution imaging
enables simultaneous spatial and spectral observations
fieldOfViewType integral field unit
fullName Coronagraphic High Angular Resolution Imaging Spectrograph NERFINISHED
hostFacility Subaru Telescope on Mauna Kea, Hawaii NERFINISHED
hostTelescope Subaru 8.2 m optical-infrared telescope NERFINISHED
hostTelescopeAperture 8.2-meter
locatedAt Subaru Telescope NERFINISHED
mountedOn Subaru Telescope NERFINISHED
observatory Subaru Telescope NERFINISHED
observes brown dwarfs
circumstellar disks
exoplanets
faint companions to nearby stars
operatingBand near-infrared H band
near-infrared J band
near-infrared K band
pairedWith SCExAO NERFINISHED
Subaru adaptive optics system NERFINISHED
primaryScienceGoal direct imaging of exoplanets
purpose to directly image and study exoplanets and faint astronomical objects near bright stars
scienceCase detection of young giant exoplanets
measurement of exoplanet spectra
study of planetary system architectures
scienceGoal characterization of exoplanet atmospheres
high-contrast imaging of circumstellar environments
study of faint astronomical objects near bright stars
spectralDimension integral field
telescopeLocation Mauna Kea Observatory NERFINISHED
telescopeOperator National Astronomical Observatory of Japan NERFINISHED
usedInField exoplanet science
high-contrast astronomy
observational astrophysics
uses adaptive optics
usesTechnique high-contrast imaging
integral field spectroscopy
wavelengthRange near-infrared

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