Infrared images from instruments at Kitt Peak National Observatory and the Spitzer Space Telescope show us the beginnings of a new star. HOPS 383 is young protostar in the Orion star-formation complex.
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Cosmic clouds of a neutron star
About 17,000 light years from Earth lies the system with a very bland name of PSR B1509-58. It consists of a spinning neutron star nebula surrounded by a cloud of energetic particles. This composite image includes X-ray emissions captured by the Chandra X-ray Observatory (seen as yellow-gold coloured portions) and data from the infrared spectrum captured by the Wide-field Infrared Survey Explorer (seen in red, green and blue). Many people report seeing a shape that looks like a face within the infrared data from this neutron star system.
Death of a Star
The circle of life and death is truly universal and as previously we have shown the birth of a star, thanks to the Hubble Space Telescope we can now look at the impending death of a star. The large tadpole-shaped objects are called “cometary knots” due to their resemblance to comets (glowing heads and gossamer tails). They are believed by scientists to be the last gasp of a dying star. The scale/size involved in these cometary knots is quite astounding, with the gaseous head believed to be twice the size of our solar system alone and each comet like tail stretching for up to 100 billion miles (1,000 times the distance between Earth and the Sun).
Alpha Centauri is the closest star to Earth (after the Sun), with its light taking just over 4 years to reach us (4.37 light years from the Sun).
Alpha Centauri is the third brightest star in our night sky and can be found in the Centaurus constellation. Alpha Centauri is a binary star system composed of two stars – Alpha Centauri A and Alpha Centauri B. A third star, Alpha Centauri C or Proxima Centauri is a much fainter red dwarf star also in the mix.