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neutron star

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neutron star

Very small, ‘superdense’ star composed mostly of neutrons. They are thought to form when massive stars explode as supernovae, during which the protons and electrons of the star's atoms merge, owing to intense gravitational collapse, to make neutrons. A neutron star has a mass two to three times that of the Sun, compressed into a globe only 20 km/12 mi in diameter.

If its mass is any greater, its gravity will be so strong that it will shrink even further to become a black hole. Being so small, neutron stars can spin very quickly. The rapidly flashing radio stars called pulsars are neutron stars. The flashing is caused by a rotating beam of radio energy similar in behaviour to a lighthouse beam.



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It's the youngest neutron star ever identified, and its atmosphere, a thin layer of carbon, is one of a kind.
A supernova occurs when a massive star runs out of fuel, collapses in upon itself under the force of its own gravity to become a tiny, ultra-dense object called a neutron star.
The international contributors of these six papers closely consider these advances as they explain their research on different types of isolated neutron stars and their characteristics, the phenomenon and result of supernovae experiencing core collapse, the magnetic fields of pulsars, the evolution of neutron starts and their magnetic fields, the presence of supernovae remnants in nearby galaxies, and connections between supernovae remnants, neutron stars and supernovae.
 
 
 
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