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One of the hottest stars in the galaxy has been discovered by astronomers.
The dying star at the centre of the Bug Nebula is 35 times hotter than the sun with a surface temperature of 200,000 degrees.
This is the first time the star has been pictured despite numerous attempts by stargazers across the world.
Astronomers at The University of Manchester's Jodrell Bank Centre for Astrophysics were amazed to find they had captured the central star using the recently refurbished Hubble Space Telescope.
'This star was so hard to find because it is hidden behind a cloud of dust and ice in the middle of the nebula,' explained Professor Albert Zijlstra from The University of Manchester.
'Planetary nebulae like the Bug form when a dying star ejects much of its gas back into space and are among the most beautiful objects in the night sky.'
The Bug Nebula is about 3500 light years away in the constellation Scorpius.
The images were taken to show off the new improved HST, which space shuttle astronomers installed with a new Wide Field Camera earlier this year.
Cezary Szyszka, lead author on the paper and a research student at the University of Manchester currently working at the European Southern Observatory, said: 'We are extremely lucky that we had the opportunity to catch this star near its hottest point, from now on it will gradually cool as it dies. This is truly an exceptional object.'
Our own sun is expected to cool, and die in the same way in about five billion years time.
Professor Zijlstra added: 'It's extremely important to understand planetary nebulae such as the Bug Nebula, as they are crucial to understanding our own existence on Earth.'
The images will be published in the Astrophysical Journal next week.
The surface of the Sun is much cooler than its atmosphere.
The Sun's surface is a warm 6,000 degrees Celsius. This is the same temperature as the Earth's core. However, as you travel away from the Sun's surface, the atmosphere heats up to millions of degrees. Scientists are not sure how the atmosphere can be as hot as it is, with such a cool surface.