k Universes normal matter Universes normal matter, Hubble COSMOS survey image. The Cosmic Evolution Survey COSMOS used Hubble to build up a map of the amount of normal baryonic matter and dark matter in a region of the sky. Dark matter is a form of matter thought to comprise the bulk of the mass of the universe. Its presence can be inferred from the gravitational distortion of normal matter and light on this map. This is the largest ever survey undertaken with the Hubble Space Telescope, involving 70 astronomers and nearly 1000 hours of observations. This region of the sky is in the constellation Sextens. The results were published in January 2007. For the dark matter map, see R980223. For a 3D map, see R980224. Stock Photo - Afloimages
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Universe s normal matter Universe s normal matter, Hubble COSMOS survey image. The Cosmic Evolution Survey COSMOS used Hubble to build up a map of the amount of normal baryonic matter and dark matter in a region of the sky. Dark matter is a form of matter thought to comprise the bulk of the mass of the universe. Its presence can be inferred from the gravitational distortion of normal matter and light on this map. This is the largest ever survey undertaken with the Hubble Space Telescope, involving 70 astronomers and nearly 1000 hours of observations. This region of the sky is in the constellation Sextens. The results were published in January 2007. For the dark matter map, see R980 223. For a 3D map, see R980 224.
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Universe's normal matter

Universe's normal matter, Hubble COSMOS survey image. The Cosmic Evolution Survey (COSMOS) used Hubble to build up a map of the amount of normal (baryonic) matter and dark matter in a region of the sky. Dark matter is a form of matter thought to comprise the bulk of the mass of the universe. Its presence can be inferred from the gravitational distortion of normal matter and light on this map. This is the largest ever survey undertaken with the Hubble Space Telescope, involving 70 astronomers and nearly 1000 hours of observations. This region of the sky is in the constellation Sextens. The results were published in January 2007. For the dark matter map, see R980/223. For a 3D map, see R980/224.

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