NIRCam

E59344

NIRCam is the primary near-infrared imaging camera on the James Webb Space Telescope, designed for high-resolution observations of distant galaxies, stars, and exoplanets.

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Observed surface forms (2)

Surface form Occurrences
Near Infrared Camera 4
JWST NIRCam 1

Statements (59)

Predicate Object
instanceOf astronomical instrument
near-infrared camera
science instrument on the James Webb Space Telescope
acronymFor NIRCam self-linksurface differs
surface form: Near Infrared Camera
designedFor high-resolution observations of distant galaxies
high-resolution observations of exoplanets
high-resolution observations of stars
developedBy University of Arizona
fieldOfView approximately 2.2 by 2.2 arcminutes per module
fullName NIRCam self-linksurface differs
surface form: Near Infrared Camera
hasCapability coronagraphic imaging
medium-band imaging
narrow-band imaging
time-series observations
weak-lensing measurements
wide-field imaging
hasChannel long-wavelength channel
short-wavelength channel
hasCoronagraph Lyot coronagraphs
phase mask coronagraphs
hasDetectorType mercury cadmium telluride detectors
hasFilterType broad-band filters
medium-band filters
narrow-band filters
hasFilterWheel long-wavelength filter wheel
short-wavelength filter wheel
hasModule Module A
Module B
launchDate 25 December 2021
launchedWith James Webb Space Telescope on Ariane 5
observatoryLocation Sun–Earth L2
surface form: Sun–Earth L2 point
operatingTemperature cryogenic
partOf James Webb Space Telescope
primaryFunction astrometry
coronagraphy
imaging
wavefront sensing
principalInvestigator Marcia Rieke NERFINISHED
roleOnJWST key instrument for initial alignment of the telescope mirrors
primary near-infrared imaging camera
scienceGoal exoplanet characterization
mapping stellar populations
star formation studies
study of galaxy evolution
study of protoplanetary disks
study of the first galaxies
spaceAgency CSA
European Space Agency
surface form: ESA

NASA
spectralRange near-infrared
supports JWST mirror alignment and phasing
fine guidance and focus optimization
telescope James Webb Space Telescope
usedFor deep field surveys
direct imaging of exoplanets with coronagraphs
high-redshift galaxy searches
transiting exoplanet observations
uses HgCdTe detector arrays
wavelengthRange 0.6 to 5 micrometers

Referenced by (8)

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

NIRCam acronymFor NIRCam self-linksurface differs
this entity surface form: Near Infrared Camera
NIRSpec coLocatedWith NIRCam
this entity surface form: Near Infrared Camera
NIRCam fullName NIRCam self-linksurface differs
this entity surface form: Near Infrared Camera
this entity surface form: Near Infrared Camera
this entity surface form: JWST NIRCam