About the Image
- NASA/JPL-Caltech/J. Tobin (University of Michigan)
About the Object
- Nebula > Type > Jet
- Star > Evolutionary Stage > Protostar
- Star > Circumstellar Material > Disk > Protoplanetary
|Infrared||3.6 µm||Spitzer IRAC|
|Infrared||4.5 µm||Spitzer IRAC|
|Infrared||8.0 µm||Spitzer IRAC|
- Position (J2000)
- RA = 18h 17m 29.9s
- Dec = -4° 39' 21.9"
- Field of View
- 7.3 x 7.3 arcminutes
- North is 98.0° right of vertical
Protostellar Envelope and Jet: L483
A young protostar and its signature outflow peeks out through a shroud of dust in this infrared image from NASA's Spitzer Space Telescope.
Stars are known to form from collapsing clumps of gas and dust, or envelopes, seen here around a forming star system as a dark blob, or shadow, against a dusty background. The greenish color shows jets coming away from the young star within. The envelope is roughly 100 times the size of our solar system.
Astronomers believe that the irregular shape of the envelope, revealed in detail by Spitzer, might have triggered the formation of twin, or binary stars in this system.
Infrared light with a wavelength of 3.6 microns has been color-coded blue; 4.5-micron light is green; and 8.0-micron light is red.
Feature Article Two Peas in an Irregular Pod: How Binary Stars May Form feature10-07
Image Blobs House Twin Stars sig10-006
Image Protostellar Envelope and Jet: IRAS 03282+3035 sig10-006a
Image Protostellar Envelope and Jet: CB230 sig10-006b
Image Protostellar Envelope and Jet: IRAS 16253-2429 sig10-006c
Image Protostellar Envelope and Jet: L1152 sig10-006d
Image Protostellar Envelope and Jet: L483 sig10-006e
Image Protostellar Envelope and Jet: HH270 VLA1 sig10-006f
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