Comparing young stars, artwork

Comparing young stars, artwork

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Credit: EUROPEAN SOUTHERN OBSERVATORY/M. KORNMESSER/SCIENCE PHOTO LIBRARY

Restrictions: This image may not be used by or to promote the arms, nuclear power or tobacco industries or any religious organisation, or in any discriminatory way, or to imply the endorsement by ESO of any product, service or activity

Caption: Comparing young star, artwork. Young stars range in size, colour and lifespan depending on their initial size. Small red dwarf stars (bottom left, around 0.1 solar masses) burn for hundreds of billions of years. Low-mass yellow dwarf stars such as the Sun (lower left) last some 10 billion years. Massive B-type blue stars (centre, around eight solar masses) only last around 10 million years. In the background is part of the star R136a1 (around 300 solar masses), discovered in 2010 by instruments on ESO's Very Large Telescope. It is a blue hypergiant star, also classed as a Wolf-Rayet star, and the most massive star yet observed.Restrictions:

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Keywords: 2010, 21st century, artwork, astronomical, astronomy, astrophysical, astrophysics, b-type, blue star, classification, comparing, comparison, educational, hypergiant, illustration, large, largest, long-lived, main sequence, massive, most massive, old, r136a1, red dwarf, scale, short-lived, size, sizes, small, space, star, stellar evolution, sun, sun-like, type, types, universe, very large telescope, vlt, wolf-rayet star, yellow dwarf, young

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