Images by Date
Images by Category
Solar System
Stars
Exoplanets
White Dwarfs
Supernovas
Neutron Stars
Black Holes
Milky Way Galaxy
Normal Galaxies
Quasars
Galaxy Clusters
Cosmology/Deep Field
Miscellaneous
Images by Interest
Space Scoop for Kids
4K JPG
Multiwavelength
Sky Map
Constellations
Photo Blog
Top Rated Images
Image Handouts
Desktops
Fits Files
Visual descriptions
Image Tutorials
Photo Album Tutorial
False Color
Cosmic Distance
Look-Back Time
Scale & Distance
Angular Measurement
Images & Processing
AVM/Metadata
Image Use Policy
Web Shortcuts
Chandra Blog
RSS Feed
Chronicle
Email Newsletter
News & Noteworthy
Image Use Policy
Questions & Answers
Glossary of Terms
Download Guide
Get Adobe Reader
N132D: An Oxygen Factory in a Nearby Galaxy
N132D


This Chandra X-ray Observatory image shows the debris of a massive star explosion in the Large Magellanic Cloud, a small galaxy about 160,000 light years from Earth. The supernova remnant (SNR) shown here, N132D, is the brightest in the Magellanic clouds, and belongs to a rare class of oxygen-rich remnants. Most of the oxygen that we breathe on Earth is thought to have come from explosions similar to this one.

The colors in this image show low energy X-rays (red), intermediate energy X-rays (green) and high energy X-rays (blue). Substantial amounts of oxygen are detected in this image, particularly in the green regions near the center of the image. The location of these oxygen-rich areas, detected in the Chandra image, is generally well matched with the oxygen-rich areas detected in Hubble Space Telescope images (not shown here). However, the expanding, ellipse-shaped shell of oxygen seen in N132D is not seen in either G292.0+1.8 or Puppis A, two oxygen-rich SNRs in the galaxy with similar ages to N132D (about 3,000 years, ten times older than Cas A). The origin of this shell is unknown, but it might have been created by a `nickel bubble' shortly after the supernova explosion, caused by radioactive energy input from nickel that was created by the explosion. The existence of such bubbles is predicted by theoretical work.

The ultimate goal of these observations is to constrain the mass of the star that exploded and to learn more about how massive stars explode and spread heavy elements like oxygen into surrounding space.

Fast Facts for N132D:
Credit  NASA/CXC/NCSU/K.J.Borkowski et al.
Release Date  March 12, 2008
Scale  Image is 2.9 arcmin across.
Category  Supernovas & Supernova Remnants
Coordinates (J2000)  RA 5h 25m 2s | Dec -69° 38´ 59"
Constellation  Dorado
Observation Date  3 pointings between 01/09/2006 - 01/15/2006
Observation Time  25 hours
Obs. ID  5532, 7259, 7266
Instrument  ACIS
Also Known As SNR 0525-69.6
Color Code  Red (0.3-0.5 keV); Green (0.5-0.75 keV); Blue (0.75-7 keV)
X-ray
Distance Estimate  About 160,000 light years
distance arrow
Visitor Comments (0)
Rate This Image

Rating: 3.8/5
(513 votes cast)
Download & Share

Desktops

1024x768 - 250.5 kb
1280x1024 - 357.9 kb
1680x1050 - 398.6 kb
More Information
More Images
N132D with Scale Bar
Jpg, Tif
Illustration

More Images
More Releases
N132D
N132D
(30 Oct 19)

N132D
N132D
(13 Jun 07)

N132D
N132D
(04 Oct 05)

N132D
N132D
(22 May 02)

N132D
N132D
(01 Sep 99)

Related Images
DEM L316
DEM L316
(15 Nov 05)


DEM L71
DEM L71
(12 Mar 03)

Related Information
Related Podcast
Top Rated Images
Data Sonification

Brightest Cluster Galaxies

Timelapses: Crab Nebula and Cassiopeia A




FaceBookTwitterYouTubeFlickr