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neutron star
Star Collision May Explain the ‘Lonely’ Supernova
A massive collision between white dwarf and neutron stars may explain the creation of transient supernovae, explosions that tend to occur far away from host galaxies.
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A Rare Magnetic Star Is Born—With a Push in the Right Direction
Magnetars are stars that are incredibly dense, rapidly spinning, amazingly hot and the most magnetic objects known in the universe.
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Magnetic Fields of Neutron Stars Explained: ‘Like Cream in Coffee’
Why some “middle age” neutron stars have relatively strong magnetic fields has puzzled scientists, but new computer simulations offer a clue.
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Star Collision May Explain the ‘Lonely’ Supernova
A massive collision between white dwarf and neutron stars may explain the creation of transient supernovae, explosions that tend to occur far away from host galaxies.
|
A Rare Magnetic Star Is Born—With a Push in the Right Direction
Magnetars are stars that are incredibly dense, rapidly spinning, amazingly hot and the most magnetic objects known in the universe.
|
Magnetic Fields of Neutron Stars Explained: ‘Like Cream in Coffee’
Why some “middle age” neutron stars have relatively strong magnetic fields has puzzled scientists, but new computer simulations offer a clue.
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