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  • Tania Diaz Cortes

    https://flic.kr/p/2Jeqj | Space-time continuum in colour | O. Krause, et al., SSC, JPL, Caltech, NASA Why is the image of Cassiopeia changing? Two images of the nearby supernova remnant taken a year apart in infrared light appear to show outward motions at tremendous speeds. This was unexpected since the supernova that created the picturesque nebula was seen 325 years ago. The reason is likely light echoes. Light from the supernova heated up distant ambient dust that is just beginning to show its glow. As time goes by, more distant dust lights up, giving the appearance of outward motion. The above image is a composite of X-ray, optical, and infrared light exposures that have been digitally combined. The infrared light image was taken by the orbiting Spitzer Space Telescope and was used in the discovery of the light echo. The portion of Cassiopeia A shown spans about 15 light years and lies 10,000 light years away toward the constellation of Cassiopeia.

  • DG Fletcher

    Space... the final frontier...

  • Joyce Morse

    Meteorite From Supernova That Formed Solar System: What Do Sand Grains Tell Us? [PHOTO] By Staff Reporter on April 29, 2013 NASA’s Spitzer space telescope image of supernova remnant Cassiopeia A. The cyan dot just off center is all that remains of the star that exploded. (Photo: NASA/JPL-Caltech/ O. Krause (S)

  • Natalie

    A Photo of Outer Space

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