Binary system 2M J044144, artwork C015 / 0774
Wall Art and Photo Gifts from Science Photo Library
Binary system 2M J044144, artwork C015 / 0774
Binary system 2M J044144, artwork. At left is the primary star, an approximately 20 Jupiter-mass brown dwarf. At right is its 5-10 Jupiter-mass companion (other companions are not shown). The disk shown surrounding the primary likely never had enough material to make a companion of this mass. Hence, based on research published in 2010, it is thought that the small companion formed like a binary star, rather than from a disc. Here, the distance is not to scale, though the relative sizes are (the actual distance is much greater). This binary star system is 450 light years from Earth, in the constellation of Taurus
Science Photo Library features Science and Medical images including photos and illustrations
Media ID 9242177
© GEMINI OBSERVATORY/AURA/LYNETTE COOK/SCIENCE PHOTO LIBRARY
2010 Astrophysical Astrophysics Binary Star Binary Star System Brown Dwarf Double Formation Forming Orbiting Planetary Science Protoplanetary Disc Star Taurus Theories Theory Universe Brown Dwarfs Doubles Dwarves
EDITORS COMMENTS
This print showcases the mesmerizing binary system 2M J044144, a celestial masterpiece captured by the talented Lynette Cook. In this artwork, we are presented with an awe-inspiring view of this extraordinary system located in the constellation of Taurus, approximately 450 light years away from Earth. At the left side of the image stands the primary star, a remarkable brown dwarf boasting a mass equivalent to about 20 times that of Jupiter. On its right side orbits its companion, weighing between 5 and 10 Jupiter masses. It is important to note that other companions are not depicted in this illustration. The striking disk enveloping the primary star provides valuable insights into its formation process. Research published in 2010 suggests that due to insufficient material within this disk, it was unable to give rise to such a massive companion. Consequently, scientists theorize that this small companion formed akin to a binary star rather than originating from a disc. While distances may not be accurately portrayed here, rest assured that relative sizes have been meticulously preserved for our visual pleasure. This breathtaking snapshot allows us to marvel at the wonders of astrophysics and planetary science as we delve into theories surrounding double stars and protoplanetary discs. GEMINI OBSERVATORY/AURA/LYNETTE COOK/SCIENCE PHOTO LIBRARY has masterfully crafted an exquisite piece of astronomical artistry through their lens - inviting us on an enchanting journey through space and time.
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